UFO Phenomena International Annual Review - Vol 2 No 1 - 1977

Magazine Overview

Title: UFO PHENOMENA
Issue: Vol. II N. 1
Date: 1977
Publisher: EDITECS
Country: ITALY
ISSN: 0391-111X
Price: U.S. $ 15.00 per Volume III (1978)

UFO PHENOMENA is presented as an international annual review devoted to the scientific study of UFO phenomena. It is published by EDITECS in conjunction with the Comitato Nazionale Indipendente per lo Studio dei Fenomeni Aerei Anomali (CNIFAA).

Editorial

The editorial, penned by Roberto Farabone, expresses satisfaction with the positive reception of the review by experienced researchers. It clarifies that UFO PHENOMENA aims to be an academic scientific review, distinct from popular divulgation of UFO topics. The journal's purpose is to provide a comprehensive platform for authors and researchers to publish their papers in an exhaustive and complete manner, serving as a natural completion to existing UFO publications. The editorial also highlights the importance of formal manuscript preparation, urging authors to adhere to the 'Instructions to Authors' and to present their arguments and demonstrations clearly, referring to existing literature when appropriate. It emphasizes the interdisciplinary nature of ufology and the need for clarity across different scientific backgrounds. The editorial concludes by stating that the establishment of this review is the first step towards a valid diffusion mean for the scientific approach to UFO phenomena studies, with its prosecution resting on the responsibility of UFO researchers.

Scope and Purpose

The journal publishes original papers in five key fields of research:
1. PHYSICAL ASPECTS OF UFO PHENOMENA
2. GATHERING AND PROCESSING OF DATA CONCERNING UFO PHENOMENA
3. THE "CE III" (according to Hynek's terminology) IN THE UFO EXPERIENCE
4. PSYCHOLOGICAL AND PERCEPTIVE ASPECTS IN THE UFO EXPERIENCE
5. EPISTEMOLOGY OF THE RESEARCH ON UFO PHENOMENA

Editorial Policy

Manuscripts submitted must be original and not simultaneously published or submitted elsewhere. Upon acceptance, the publisher acquires sole copyright. Reproductions, microforms, or similar reproductions of the journal or its contributions are prohibited without special permission. The use of registered names, trademarks, etc., does not imply they are free for general use. UFO PHENOMENA is published after expert selection of manuscripts by experienced editors. It is an annual journal published by EDITECS in conjunction with C.N.I.F.A.A.

Subscriptions

One issue constitutes one volume. The subscription price for Volume III (1978), including postage and handling, is U.S. $ 15.00 or equivalent local currency. Subscriptions are to be sent to EDITECS, PUB. HOUSE, CAS. POST. (P.O. BOX) 190, 40100 BOLOGNA, ITALY.

Instructions to Authors

This section details the guidelines for manuscript submission, noting significant differences from the 1976 version of UPIAR. Manuscripts considered for publication should focus on:
1. Papers stressing experimental results.
2. Papers of theoretical content leading to a higher level of understanding and stimulating new research.
3. Papers of experimental content with implications for UFO phenomena.

Editorial Papers are published upon request by the Editor-in-Chief. Supplements (monographs, congress proceedings) and announcements of meetings, symposia, and workshops may also be considered.

Submission of Manuscripts:
Authors must send two copies of their manuscript, typed and single-spaced on white paper (approx. 28x22 cm). The original for printing must be very clear; a good photostatic reproduction is acceptable for the second copy. The manuscript will be sent to a qualified referee. A third copy should be retained by the author. Only original papers in English will be considered, with an exception for French papers which must include a full English translation of the title and abstract. Authors are requested to avoid technical terms or jargon due to the journal's interdisciplinary nature.

Manuscript Presentation:
Accepted manuscripts are published via direct photographic reproduction, excluding alterations. Authors must carefully check content and form to avoid proof corrections. Contributions are published free of charge.

• Contributions can be classified as:
• REVIEW ARTICLES
• ORIGINAL PAPERS (MODELS AND HYPOTHESES)
• CASE HISTORIES
• BOOK REVIEWS
• LETTERS TO THE EDITORS

• Paper Formatting:
• Typing: Single-spaced on one side of good quality white paper, with a maximum line length of 15 cm.
• Abstract: 200-300 words, comprehensible to a broad audience, highlighting the work's implications for UFO phenomena.
• Title: Should convey the paper's content to the informed reader. The first page must include the title, author's names, and affiliation.
• Key-Words: A list of 5-15 keywords for indexing purposes must be provided after the abstract.
• Chapters (Original Papers): Abstract, Introduction, Material and Methods, Results, Discussion, References.
• Illustrations: Should be in the desired final size, respecting page proportions (12x18 cm). Figures should be grouped on plates. Line drawings require clear inscriptions (5 mm high recommended). Half-tone illustrations need well-contrasted prints. Captions must be brief, clear, and appended to the figures, with numbering in sequence.
• References: Limited to quoted publications, listed alphabetically by the first author's surname. Journal papers require Surname(s), year, full title, volume, issue, and page numbers. Book citations require Surname(s), year, full title, publisher, city, and page numbers. For more than two authors, subsequent citations use 'et al.'.

Symbols and Terminology: Authors must use international rules for technical terms. A uniform terminology for UFO reports is recommended. Uncommon abbreviations can be placed as a footnote.

Footnotes: Should be avoided; if essential, appear on the first page.

Reprints: Fifteen reprints are sent free of charge; additional copies are available upon request at a cost.

About Key Words

The editorial notes that many submitted manuscripts do not meet the requirement of providing 5-15 keywords for indexing. This is attributed partly to contributors not having received the 'Miniature Issue' of UFO PHENOMENA. The purpose of keywords is explained as providing significant words for indexing content, aiding in the preparation of Subject Indexes and information retrieval systems. It is suggested that some journals require index terms to be chosen from a Thesaurus.

Recurring Themes and Editorial Stance

The recurring themes revolve around the establishment and maintenance of a rigorous, scientific approach to the study of UFO phenomena. The editorial stance is clearly in favor of academic research, detailed analysis, and clear communication, distinguishing itself from popular or sensationalist coverage. The journal emphasizes the importance of proper methodology, clear presentation of data and theories, and the development of a standardized terminology within the field. The editorial policy underscores the commitment to publishing original, peer-reviewed work and fostering a scientific community dedicated to understanding UFO phenomena.

Title: UFO PHENOMENA
Issue: Vol. III, No. 1
Year: 1978
Publisher: EDITECS
Country of Publication: Netherlands
Language: English

This issue of UFO PHENOMENA features a call for papers and an in-depth analysis of 'solid light' beam cases reported in UFO sightings.

Call for Papers

The journal is soliciting manuscripts for publication in UFO PHENOMENA Vol. III No. 1 (1978). The deadline for submission is December 31, 1978. Authors are strongly encouraged to read and adhere to the 'Instructions to Authors' (referenced as p. 4 in this issue), as these guidelines will be a basic principle in the final approval of submitted papers. The journal welcomes a variety of contributions, including review articles, original papers exploring models and hypotheses, analyses of UFO cases, book reviews, letters to the editor, contributions for debates, criticisms, and suggestions. The editorial preference is for long and detailed manuscripts over short, insignificant communications.

The Need for a UFOlogy Thesaurus

The editorial content highlights a significant gap in the field of UFOlogy: the lack of a standardized thesaurus for indexing and terminology. While established fields like medicine (Index Medicus) and chemistry (Chemical Abstracts Service Source Index) have such tools, UFOlogy struggles with consistent terminology for terms like "abduction," "entity," or "teleportation." The journal explicitly states that establishing a uniform terminology for describing and evaluating UFO reports is a primary goal. To achieve this, the journal appeals to its experienced contributors, particularly those on the Advisory and Editorial Boards, for their cooperation in creating this essential resource. Suggestions and outlines for this thesaurus are requested to be sent to the EDITECS address.

A Comparative Analysis of 62 «Solid Light» Beam Cases

This article, authored by Jan Heering from Amsterdam, Holland, presents a detailed comparative analysis of 62 cases involving 'solid light' beams emitted by UFOs. The author cites Leonardo da Vinci for inspiration, with quotes emphasizing experience and the contemplation of natural causes like light.

Abstract and Introduction

The abstract notes that witnesses of UFO events frequently report anomalous objects emitting solid-looking, slowly propagating light beams, termed 'solid light' beams. The analysis of 62 such cases reveals remarkably constant characteristics: uniform luminosity, sharply defined edges, low propagation velocity, conical or cylindrical shape, and sometimes propagation along a curved path. The article also discusses forces exerted by these beams, different types of light emitted, and their phenomenological and physical aspects. A separate section is dedicated to the practical uses of these beams by UFOs, with an appendix surveying related topics like 'solid light' objects and 'structured light'. This article is an elaboration of previous work by the author.

Keywords

The article is indexed with keywords including: Curved Light Beams, Fluid Light, Foo-Fighter Type Objects, Forces Exerted By Light Beams, Light Beams, Light Feelers, Light Spheres, Non-Illuminating Light, Non-Reflecting Light, Paralyzing Light, Slowly Propagating Light, Solid Light, Structured Light, Switch-Off/Switch-On Effect.

Phenomenology of 'Solid Light' Beams

UFOs are often reported to emit light beams with peculiar characteristics, described as 'solid light' beams. These beams exhibit uniform luminosity and sharply defined outlines, and they propagate slowly. Witnesses often perceive them as solid or fluid luminous extensions of the UFO. The article provides several case examples:

• Case (29): A witness initially mistook light beams for legs or pillars supporting a machine on the ground, attributing this perception to their uniform luminosity.
• Case (12): Similar to case (29), an object was observed standing on eight to ten light beams, through which trees were visible. These beams retracted as the object ascended.
• Other Instances: Beams have been observed to abruptly end in mid-air or propagate slowly. Examples include cases from Serdon (7), Logrono (36), and Connersville (15).

Witness descriptions highlight the unusual nature of these beams:

• One witness described a beam that "unrolled like a rope ladder" rather than descending straight like a projector beam, moving quite slowly.
• Another described a beam emerging with "exaggerated slowness, like the antenna of a snail."
• A case from Connersville (15) described a "big beam shot down, kind of whitish orange," which, despite the witness's remark of "real fast," is interpreted by the author as extremely slow compared to the speed of light.

Fluid and Curved Beams

At Trancas (10), a beam was initially thought to be a jet of water due to its clarity. When a woman thrust her arm into it, she felt a powerful heat sensation without getting wet. Other witnesses have described beams with a fluid character:

• A beam described as "shining with a strange purple light" from a "lampshade" appeared to be flowing like water from a fountain, creating a sparkling effect on the ground (Case 2).
• A curved light beam was described as resembling a "jet of water coming out of a gardenhose" (Case 32).

Case (16) described a "six-storey" object emitting rainbow colors that appeared to pour off its edges "like water."

Shape and Structure

'Solid light' beams are typically cylindrical or conical. They can be either hollow (luminosity restricted to the outer surface) or solid (luminosity present throughout). Cases (20) and (47) are cited as examples of hollow shapes, which appear rarer than solid ones. Cone-shaped beams can diverge or converge. Rectangular cross-sections have also been reported (Cases 4 and 40). At Ellezelles (37), three curved beams projected downward, initially diverging and then converging on the ground before retracting. Curved beams were also observed at Tocopilla (32), Traunstein (45), and Laroque-Timbaut (59).

On the col d'Aspin (11), two UFOs emitted a "slow flash of lightning" to the ground, described as a "white, threadlike light, zigzag-shaped with sharp angles, which slowly started falling vertically downward like a rope-ladder being unrolled from a roof."

Another unique case (27) involved a 'structured light' beam emitted downward, which was not in one piece but "chopped," resembling "dashes and dots of the Morse code." This beam followed a curve and disappeared instantly.

Emission and Propagation

When a UFO begins emitting a 'solid light' beam, witnesses sometimes perceive it as the object changing shape, as the distinction between the beam and the object can be initially unclear. Beams can emerge directly from the object or from special openings or circular rims, often located at the bottom of the craft (Cases 15, 26, 28, 30, 61). At Angelholm, a beam was reportedly emitted by a lampshade-like device (Case 2).

The propagation of 'solid light' beams is generally silent, though their appearance and disappearance can sometimes be accompanied by sounds. At Champ du Feu (18), beams appeared and disappeared instantaneously with an audible click. At Boondael (47), a gray-blue, hollow cone of 'solid light' was reportedly accompanied by crackling noise.

Beam Length and Speed

The eventual length of beams varies greatly but can be considerable. At Trancas (10), distances of 3200 m were covered at speeds of 13-19 km/h. At Villiers-en-Morvan (24), distances of 2200 m were covered at speeds of 13-26 km/h. These speeds are computed from field investigation data, indicating that the speed of 'solid light' beams is highly variable. At Ellezelles (37), beams moved up and down multiple times within about thirty seconds, suggesting faster propagation than observed in other cases.

Beam Dimensions

Cylindrical beams have been observed with diameters ranging from 1 cm (Champ du Feu (18)) to 3 m (Trancas (10)). One of the largest reported cones had a base diameter of 4-5 m (Denmark, Case 30).

Recurring Themes and Editorial Stance

The issue strongly emphasizes the need for standardization and rigorous analysis within UFOlogy. The call for papers and the focus on creating a thesaurus underscore a commitment to developing a more scientific and systematic approach to the study of UFO phenomena. The detailed analysis of 'solid light' beams demonstrates a dedication to cataloging and understanding specific aspects of reported sightings through empirical observation and comparative case studies. The editorial stance appears to be one of encouraging serious research and contribution to the field, aiming to elevate UFOlogy through clear terminology and well-documented evidence.

This document, likely an issue of 'UFO Magazine' (based on page numbering and content), focuses extensively on the phenomenon of 'solid light' beams emitted by UFOs. It details various witness accounts, physical characteristics of the beams, and their observed effects on the environment and individuals.

'Solid Light' Beams: Characteristics and Observations The issue begins by describing how 'solid light' beams are drawn into objects, often in a manner described as 'solid light' withdrawal. The beams themselves are predominantly white or bluish but have been reported in a wide spectrum of colors, including purple, green-mauve, gray-blue, and combinations of red and violet. Some witnesses found the color difficult to describe, noting it was unlike anything they had seen before.

At Serdon, illuminated objects acquired bizarre colors, with maize plants turning blue and a witness's hand turning lemon yellow, accompanied by a tingling sensation. The character of the light emitted varies greatly; it can be strong and harsh, or described as 'cold' and 'non-radiating'.

In Catanduva, a car became completely transparent when a bluish beam was directed at it, allowing the witness to see its interior. The disappearance of these beams is often described as a slow withdrawal, the reverse of their appearance, though sometimes they are abruptly switched off, likened to an electric light.

Incidents at Champ du Feu and Imjärvi describe light beams decreasing in size, floating upwards, and entering a tube-like object. The document notes that the beams are not always extinguished but are drawn back into the object.

Traunstein Sighting: 'Feelers' of Solid Light A significant sighting occurred in Traunstein, Austria, on October 28/29, 1973. Objects were observed periodically emitting two orange-yellow 'feelers' of 'solid light' upwards. These 'feelers' grew slowly, bent outwards, and eventually disintegrated, initiating a new cycle. A follow-up interview with the main witness, Hans Pritz, by investigator Ernst Berger, provided more detail on the disintegration phase. Pritz clarified that the 'green mist' was like a veil, not particles, and the green tips were a halo rather than discoloration. He described the 'feelers' as tubes of light, not just lines, with a rotating wave of green light around them before they switched off quickly.

Physical Effects and Interactions The document emphasizes that 'solid light' beams can exert a mechanical force. At Logrono, a 'solid light' tube emitted by a mini-UFO approached a transistor radio, causing it to wobble upon contact. In other cases, witnesses were knocked backward or thrown to the ground by these beams. At Itaperuna, two people were allegedly levitated. It is noted that while it's not always clear if the beams involved were 'solid light' type, the Logrono case provides strong evidence.

Physical Aspects of 'Solid Light' Beams Section 1.2, 'Physical Aspects', highlights that 'solid light' beams are fundamentally different from ordinary beams, showing little evidence of known physical effects. René Fouéré is cited for repeatedly emphasizing this point. Their slow propagation speed, uniform luminosity, and cut-off character rule out generation by a central light source. A 'solid light' beam is presumed to be a sharply defined, hollow or solid, tubelike zone where light is produced. The length and shape can be controlled by the UFO. The mechanism of production remains unexplained.

The curved nature of some 'solid light' beams is discussed, with UFOs apparently channeling the light-emitting process along a curve, analogous to curved TLs in skysigns. A distinction is made between curved 'solid light' beams and the bending of ordinary beams, with only one case (Wycheproof) mentioned where headlight beams seemed to bend towards a UFO, possibly due to an inhomogeneous medium near the UFO.

Penetration and Non-Illumination Properties The light emission process within the beams is not hampered by solid objects or living beings. At Trancas, beams penetrated a farm fence and the walls of a house, causing the interior to be lit up and the temperature to rise by 24°C. Señora Yolie put her arm into a beam without it being altered, and her arm cast no shadow. A similar lack of shadow was observed at Pézuls, where a square beam entered a room through a window without being hampered by the frame. The part of the beam inside the room had uniform luminosity but did not illuminate the room itself, though a projection of the window frame was visible on the opposite wall.

At Oulu, a boy was penetrated by a 'solid light' beam, resulting in pain, loss of consciousness, stiffened muscles, and a slow pulse. He recovered consciousness after five minutes, and later developed red spots and a red area on his body, which disappeared within a day. Notably, Señora Yolie at Trancas did not experience such spastic conditions, only a sensation of heat.

At Serdon, a witness felt a slight tingling when a 'solid light' beam touched their hand. The Serdon and Oulu cases suggest the light emission is sometimes accompanied by electrical or electromagnetic processes, possibly involving partial ionization of the air.

Torchefelon and Pézuls Beams At Torchefelon, an extensive zone of 'solid light' emitted a very harsh light, with no shadows inside the zone. The light was described as strange white light, with sparkling all around its circumference. The inside was less brilliant than the edge, giving the impression the circumference illuminated the inside. The room and outside were brightly illuminated, but there were no shadows. The light was harsh, bright, and white-orange, with an undulation around it, like rotating lights in advertising signs. The outline was vague, and synchronized sparklings moved from left to right before disappearing, leaving a green and red point in the center.

In contrast, the beam at Pézuls, though very bright, did not illuminate the room. The non-illumination effect is noted as not being limited to 'solid light' beams, as some very bright UFOs have been seen that did not illuminate their surroundings.

Recurring Themes and Editorial Stance The recurring themes in this document are the unusual physical properties of 'solid light' beams, their varied visual characteristics (especially color), their interaction with the physical environment and living beings, and the attempts to categorize and understand these phenomena through witness testimony and comparative analysis of different sightings. The editorial stance appears to be one of serious investigation into UFO phenomena, presenting detailed accounts and attempting to find logical explanations or at least consistent descriptions of these anomalous events, while acknowledging the limitations of current understanding.

This document, likely an excerpt from a magazine or journal focused on UFO phenomena, delves into the nature and observed effects of 'solid light' and electromagnetic phenomena associated with UFOs. It presents various case studies and discusses the potential purposes and characteristics of these observed events.

'Solid Light' Phenomena The text begins by discussing the concept of 'solid light' as an objective phenomenon, possibly involving an unknown type of radiation that is less reflective than normal light. It suggests that UFOs emitting this 'solid light' may consist entirely of it. Several specific incidents are detailed:

• Champ du Feu (18): A UFO projected three thin 'solid light' beams obliquely downward. Although they did not touch the ground, witnesses observed a trapezoidal ribbon of light at the point of impact.
• Oka (19): During a second phase of observation, a beam of 'solid light' emerged from the top of a UFO. It rose to about 12 meters, spread out, and fell, creating a transparent, bell-shaped 'wall' that formed a luminous circular region on the ground with a diameter of about 80 meters. The UFO itself hovered at a lower altitude, and the phenomenon was compared to a fluid curtain.
• Catanduva (41): A similar 'transparent curtain' was observed encircling a UFO.

Electromagnetic Effects and Light Beams The document then focuses on the electromagnetic (E-M) effects caused by UFO light beams, citing Gordon Lore's 1969 writings. Lore noted that reports of E-M effects from UFO light beams were relatively recent, with the first coming from Albany, Georgia, where Conway Jones' car was affected by a light beam from a hovering object.

Lore suggested that studying such cases could provide clues about how UFOs create E-M effects, noting that these effects are not yet satisfactorily explained or replicable by technology.

Several cases illustrate these E-M effects:

• Lancaster, Missouri (26): A woman reported her car slowing from 50 mph to 8 mph upon entering a cone-shaped beam from an object about 300 meters up. The car's engine did not miss, but its speed was drastically reduced. The car returned to normal function after leaving the beam.
• Fjelstrup, Denmark (30): An almost identical event occurred where a car's electrical systems failed, and the interior became hot after entering a beam. The cone rose and disappeared into the craft, which then accelerated and vanished. A key detail was that the car's lights only returned after the object moved away, suggesting the light-emitting process itself might not have caused the electrical breakdown, though it could have caused the temperature rise.

The author notes the difficulty in refuting or confirming these conclusions due to a lack of comparable reports. The Fjelstrup case suggests that 'solid light' and E-M effects might be independent phenomena, contrary to initial impressions from the Lancaster and Fjelstrup cases.

It is acknowledged that many E-M effects occur without 'solid light', and vice versa. Some cases show 'solid light' appearing after E-M effects, while others have 'solid light' without accompanying E-M effects. The author expresses hope that catalogues being prepared by BUFORA and CUFOS will aid further research.

E-M effects are also linked to a paralyzing influence occasionally experienced by people near UFOs, though the correlation is not perfect. Paralyzing 'solid light' beams have been reported in at least three cases.

Physical Characteristics: Haze and Halo UFOs are often described as being wrapped in haze, a neglected physical characteristic. In one case (29), an object became wrapped in a luminous haze as it withdrew light beams. An analogous observation was made at Goux (34), where a UFO had vague contours and was surrounded by a halo when not emitting beams.

Purposes of 'Solid Light' Beams The document explores the functions of 'solid light' beams, suggesting they serve multiple purposes:

• Aid to Observation (7,10,18,19,20,24,32,36,40,41,44,56): Beams are used to aid observation, which may not be purely visual.
• Logrono case (36): A 'solid light' beam from a mini-UFO acted like a 'feeler,' touching a radio and a taperecorder, suggesting awareness of electronic devices through sensing weak electromagnetic radiation.
• Manipulation of Objects and Beings:
• Connersville (15): A beam picked up an object resembling a small car and drew it into the UFO.
• Itaperuna (31): A witness was levitated by a beam emitted from a torch-like object. Two small humanoid creatures emerged from the UFO, used the beam to lift the witness about 50 meters into the air, paralyzing him. Later, the creatures used the beam to place the informant inside his car.
• Levitation Cases (4, 21, 33): Paralyzing beams are mentioned in other levitation cases.
• The manipulation of objects is described as requiring a complex system of forces, not just simple exertion.
• Aid in Entering/Leaving Craft (9,14,25): Humanoids use beams to help them enter and leave their craft.
• Imjärvi (28): A humanoid appeared on the ground in a light beam, though its descent was not observed.
• Trancas (10): A horizontal beam connected two UFOs, and humanoid figures moved between them, apparently using it as a subway.

Unsolved Problems and Questions The document concludes by stating that most cases are difficult to explain, and the true nature of UFOs remains unknown. Despite phenomenological aspects being studied, little is definitively known. It poses several questions for the reader to consider:

• The purpose of 'solid light' signals at Traunstein and what the UFOs were doing.
• Why UFOs are sometimes seen 'standing' on 'solid light' beams.
• The reason the object at Ellezelles repeatedly touched the ground with curved, pointed beams.
• The activities of the object at Taizé, with its 'solid light' cones, satellites, and dark companion.

Recurring Themes and Editorial Stance The recurring themes are the physical manifestations of UFOs, specifically 'solid light' and electromagnetic effects, and their varied interactions with the environment and human observers. The editorial stance appears to be one of objective inquiry, presenting observed phenomena and reported effects while acknowledging the lack of definitive explanations and the need for further systematic research. The text encourages further investigation and cataloging of these events by organizations like BUFORA and CUFOS.

This issue of UFOs magazine, volume 23, issue 2, published in 1977, focuses on 'solid light' and 'structured light' objects, often referred to as foo-fighter type UFOs. The cover headline, "The 'snails' are still around," hints at the detailed case studies presented within.

'Solid Light' Objects and 'Structured Light'

The appendix section delves into a specific category of UFOs that appear to be composed of 'solid light.' These are distinguished from 'solid light' beams and are identified as foo-fighter type objects, drawing a parallel to the foo-fighters observed during World War II. The document outlines several constant features of these UFOs:

• Shape: Spherical.
• Movement: A 'switch-off/switch-on' mode, meaning they suddenly disappear and reappear elsewhere.
• Light Emission: They emit non-reflecting light.
• Internal Structure: Often possess a highly complex internal structure without a visible material substrate, termed 'structured light.'
• Behavior: Described as playful and intelligent.

The text provides typical examples, referencing specific case numbers (63-67) and directing readers to part II of section (G) for a more in-depth analysis of foo-fighter type UFOs and 'structured light.'

Acknowledgments and Reader Contributions

The author expresses gratitude to several individuals for their assistance: Ernst Berger (Vienna, Austria), Robert D. Boyd (Mobile, Ala., USA), Geoff Falla (Guernsey, Channel Islands), Rudy de Groote (Ghent, Belgium), Alan D. March (Lomas de Zamora, BsAs, Argentina), and Adolf Schneider (Munich, BRD). These individuals are credited with drawing attention to remarkable cases and supplying copies of articles that were essential for the research. The author also acknowledges field investigators whose published reports were utilized.

Readers are encouraged to submit any compelling cases that provide further evidence of the phenomena discussed. The author's address is provided: Hofgeest 241, 1102EL Amsterdam, Holland.

References

The issue includes an extensive bibliography of references, categorized by author and publication date, covering a wide range of UFO-related literature from various countries. Notable references include works by:

• R.E. Banchs (1974)
• M. Bougard (Ed.) (1976)
• J.-C. Bourret (1975, 1976, 1977)
• C. Bowen (Ed.) (1969)
• I. Brand (Ed.) (1976)
• J. Heering (1977)
• D.E. Keyhoe and G.I.R. Lore (Eds.) (1969)
• F. Lagarde (Ed.) (1973)
• J. Lob and R. Gigi (1975)
• A. Michel (1958)
• J. Vallée (1969)

'Solid Light' Beam Cases

A significant portion of the document is dedicated to a chronological list of 'solid light' beam cases, spanning from 1942 to 1976. This list is meticulously compiled with multiple references for each case, aiming to facilitate access to case histories while minimizing distortion by not providing case summaries. The cases are detailed with dates, locations, and citations from various UFO journals and publications.

Some of the documented 'solid light' beam cases include:

• 1942, Summer: Newbiggin-on-Sea, England.
• 1946, May: Angelholm, Sweden.
• 1950, April 24: Abbiate Guazzone, Italy.
• 1954, Spring: Xxxxx, Côte-d'Azur, France.
• 1959, Summer: Xxxxx, Lincolnshire, England.
• 1963, October 21: Trancas, Argentina.
• 1966, August 20: Heraldsburg, USA.
• 1967, August 29: Oka, Canada.
• 1970, January 7: Imjärvi, Finland.
• 1972, August 12: Taizé, France.
• 1973, August xx: Spielberg, Austria.
• 1974, August 15: Traunstein, Austria.
• 1975, May 15: Sedona, USA.
• 1976, April 10: King Island, Tasmania, Australia.

Recurring Themes and Editorial Stance

The recurring themes in this issue revolve around the classification and analysis of specific types of UFO phenomena, particularly 'solid light' and 'structured light' objects, and their potential connection to historical sightings like foo-fighters. The editorial stance appears to be one of rigorous documentation and cataloging of UFO cases, providing extensive references to encourage further research and verification by readers. The emphasis on detailed case histories and bibliographic accuracy suggests a commitment to a scientific approach within the field of ufology, encouraging readers to contribute to the collective knowledge base.

This document, identified as "UFO News Clipping Service, (1976), 86, p. 10," appears to be a compilation of UFO sighting reports and related research abstracts. The content is primarily a list of categorized UFO incidents with detailed references to their original sources, suggesting it serves as a bibliography or a digest of recent UFO news and studies.

UFO News Clipping Service

The initial section, starting with item (59), lists UFO sightings from 1976. These include:

• May 24, 1976: Laroque-Timbaut, France. Witnesses Chaudurier, Garrouste, Rauly, and Sarrat reported an event documented in "Pres de Laroque-Timbaut (Lot-et-Garonne)", Enquête No. 2, published in LDLN.
• June 19, 1976: Torchefelon, France. Witnesses Battiston and Perrin reported an event documented in "Dans l'Isère", LDLN.
• September 10, 1976: Colusa, USA. P. Cerny reported "UFO hovers over California farm", published in The MUFON UFO J. and IUR.
• November 12, 1976: Oulu, Finland. I. Serra reported "UFO light beam pierces witness", published in The MUFON UFO J.

Following these, a section titled "SOME TYPICAL EXAMPLES OF 'STRUCTURED LIGHT'" presents further cases:

• October 13, 1972: Evillers, France. J. Tyrode reported "l'Approche d'un mystère", published in LDLN.
• December 15/16, 1972: Garah, Australia. W.C. Chalker reported a "Tractor driver under 'cold scrutiny' by UFO", published in FSR.
• May 18, 1974: Alzonne (Aude), France. T. Revel reported an investigation in "Enquête à Alzonne (Aude)", published in LDLN.
• November 19, 1974: Uzès (Gard), France. An investigation by the Veronica group on a landing at Uzès is documented in LDLN, featuring multiple witnesses and a photograph on the cover. F. Lagarde also reported on this event.
• May 29, 1977: Gloggnitz, Austria. A sighting is noted.

Further "MISCELLANEOUS CASES" are listed:

• April 5, 1966: Wycheproof, Australia. Case 749 from "In (M)" is mentioned.
• November 5, 1954: La Roche-en-Brenil, France. A report mentions a humanoid holding a box emitting a light beam, with a follow-up investigation published in LDLN.
• September 1, 1968: Mendoza, Argentina. C. Bowen reported "One day in Mendoza", published in FSR, but later reportedly admitted it was a fraud.
• November 17, 1969: Olavarria, Argentina. Reports by G. Creighton and A. Vignati describe an event, with the witness reportedly having consumed a large amount of alcohol prior.
• April 14, 1974: Tandil, Argentina. A report of a UFO breaking an electric line is mentioned, with details differing from another account in OVNIS (Argentina).

Austrian UFO Patterns Study Abstract

Page 4 introduces an abstract for a study titled "AUSTRIAN UFO PATTERNS" by ERNST BERGER, MUFON Representative for Austria. The study statistically compares 54 sporadic and 31 local flap reports (totaling 127 objects/phenomena) from Austria, with 56 investigated personally by the author. The data sets consist of cases across Austria reported by 89 observers over 5 years, and a local flap from the Traunstein area of Lower Austria with 34 witnesses. Similarities were found in time of day, duration, number of objects, shape, size, and motion, but deviations occurred in other characteristics. The study compares these patterns with statistical findings by HANSEN, POHER, and VALLEE.

Key words for this study include: Austria, Traunstein flap, sporadic data, reliability, MMPI, time of day, duration, elevations, heights, distances, sizes, shapes, brightness, colors, motion, UFO patterns, POHER-VALLEE "Bouguer line", and geomagnetic disturbances.

Introduction and Methodology of the Austrian Study

The study is described as the first in-depth analysis of UFO cases from German-speaking Central Europe, based on Austrian cases investigated and statistically evaluated by the same researcher. The author notes that while 85 reports is a small amount compared to foreign projects, data quality is paramount.

Material and Methods:

• Sporadic data: Collected and evaluated by MUFON-Austria from May 1972 to June 1977, focusing on cases not connected to a local flap. Out of over 100 first reports, 54 case histories remained unidentified after investigation, with remote explanation possibilities excluded.
• Local flap data: MUFON-Austria studied two local flaps in Austria: one around Traunstein, Lower Austria (summer 1973-winter 1975), and another near Graz, Styria (summer 1972-fall 1974). The Traunstein data set was chosen for statistical comparisons due to its comprehensive documentation and variety of witnesses.
• Investigation procedures: Standard procedures followed the guidelines of MUFON's Field Investigator's Manual by FOWLER. Data collection included azimuth/elevation using a precision compass and quadrant, size estimations using a standard test kit, and color tests with a 160-shade table.
• Reliability: The study applied the RANDLES and DELAIR reliability classification (Level A to E), yielding 28 A-, 5 B-, 19 C-, 0 D-, and 2 E-cases for the sporadic reports, and 29 A- and 2 B-cases for the Traunstein flap. The overall reliability was deemed good.

Personality Test: Mr. Hans Pritz, a key witness from Traunstein, underwent the Minnesota Multiphasic Personality Inventory (MMPI). The evaluation by Dr.R.Leo Sprinkle concluded that Pritz showed no indication of neurotic or psychotic reactions, and if he is a UFO observer, his testimony is not unreliable based on the MMPI results.

Results of the Austrian Study

• Reports per year: Sporadic cases showed peaks in 1973 and 1976. Traunstein data were distributed over 1973, 1974, and 1975.
• Reports per month: December peaks were apparent for both data sets, with maximum intervals in December 1973 (sporadics) and December 1974 (Traunstein).
• Time of day: Peak observation times for both sets were between 18-24 CET (6-12 P.M.). Sporadics also had a second peak in the early morning hours. Traunstein cases occurred at night, while 13% of sporadics were seen in daylight.
• Duration: Sightings around Vienna (sporadics) lasted seconds to minutes, while Traunstein observations ranged from several minutes to over an hour. Intervals below 1 minute and above 30 minutes showed marked deviations between the two sets.
• End of observations: A significant factor was the "switch-off" pattern, typical of Austrian cases, described as like "turning out an electric light." Obstacles terminating sightings were more common in urban/suburban areas for sporadics.
• Locations: The Traunstein area and witness locations for sporadic cases were depicted in Figure 1. Reports clustered around Traunstein and Spielberg, with the B 36 road also noted.

Recurring Themes and Editorial Stance

The document primarily functions as a catalog of UFO reports and a summary of a statistical study on Austrian UFO patterns. The editorial stance appears to be one of meticulous data collection and analysis, emphasizing reliability and statistical comparison. The inclusion of the MMPI test for a witness suggests a thorough approach to evaluating testimony. The focus on structured light and specific investigation procedures indicates a serious, research-oriented perspective on the UFO phenomenon.

Title: UFO-Nachrichten
Issue: 105
Volume: 1974/75
Date: 1974/75 (estimated January 1, 1974)
Publisher: German UFO Research Association
Country: Germany
Language: German
Price: DM 3,50

This issue of UFO-Nachrichten, dated 1974/75, presents a detailed statistical analysis of UFO sightings in Austria. The content focuses on the characteristics of the sightings, the witnesses, and comparisons with other data sets, particularly from Denmark.

UFO Sightings in Austria: Distribution and Witness Demographics

The distribution of UFO sightings in Austria is discussed as being directly proportional to population density, with significant concentrations in Eastern Austria and the industrialized Vienna Basin, seemingly following geological fault structures. Another area of concentration is the Wechsel/Semmering mountains in southern Lower Austria. The author notes that recent seismic activity in the Vienna to Semmering area has not been linked to sightings or geomagnetic disturbances. Reports are scattered across Austria, with some Bavarian and Southern Tyrol data included.

Number of Witnesses: Observations with more than two witnesses were rare. In sporadic cases, 91% of witnesses observed alone or with one other person. For the Traunstein cases, 68% had no or only one corroborating person, indicating that multiple-witness sightings were not frequent but more so at Traunstein.

Sex of Witnesses: Every second witness in a sporadic sighting was female, but only every fifth observer in the Highland flap was female.

Age and Education of Witnesses: For the sporadics category, 53% of observers with known age were between 50-75 years old, possibly reflecting the age profile of the Vienna population, which contributed many reports. Regarding education, 31% of sporadic witnesses had higher or specialized education (academics, radio technicians, military specialists), 36% had general education, and 33% had a low education level. The author suggests that the higher willingness of the educated group to report sightings explains this distribution, as their percentage is lower in the general Austrian population.

Aids Used by Witnesses

Field glasses were available in 6 sporadic cases, and binoculars were used in a seventh case, sometimes through a window pane. One witness managed to photograph the object. In some unidentified cases, objects appeared on radar and were visually confirmed. For the Traunstein cases, field glasses enabled closer looks, with Mr. Pritz's 8x40 binoculars being used on 8 occasions. Cars played a role in 9 sporadic cases, sometimes aiding in prolonging observation.

Object Characteristics

Number of Objects: Single object cases were most frequent in Austria. For 12 sporadic cases, the number of objects involved could not be determined.

Elevations: Motionless objects presented no issues for plotting elevation. For moving objects, the maximum elevation was recorded. For 38 sporadic and 46 flap objects, elevation data was collected. A significant portion (42-43%) of objects had elevations under 10°. Object frequency declined with increasing elevation.

Heights: Triangulations for height computation were not possible for sporadic sightings as witnesses rarely observed the same object from different locations. Distance fixes yielded heights above ground level from 10 meters to 2000 meters. One object was seen descending from 150 to 30 meters before switching off. Traunstein triangulations indicated objects moved between 30 and 80 meters above ground level/treeline, with a maximum height of 225 meters.

Distances: In open areas, the minimum ground distance for sporadic sightings was 100-200 meters, with some observed as far as 5-8 kilometers. For Traunstein cases, the minimum confirmed ground distance was 200 meters, with other distances ranging up to 1.7 kilometers.

Object Sizes: 67% of sporadic objects were under 30' wide (similar to the full moon), and 81% at Traunstein. Objects over 30' apparent size were more common in sporadic cases (33%) than at Traunstein (19%). Few objects were greater than 20' (about four times the full moon). True sizes from distance fixes indicated a minimum of 5 meters for low-flying objects and a maximum of 200 meters for a "cloud-cigar". Traunstein measurements yielded surprisingly small dimensions for 9 object types, including hovering globes less than a meter across, a 1.5-meter hovering ball, and a 5-meter domed disc.

Object Shapes: Shapes were similar in both data sets. 31% of sporadic and 36% of flap objects were globes. Points or dots of light constituted 17% (sporadic) and 30% (flap). Indefinite and complex shapes were around 15% in sporadics. Disc, cigar/wedge, or egg shapes were 5-10%. "Domed discs" were rare.

Object Brightness: Brightness varied greatly. One-third of sporadic objects were between Venus and full moon brightness, another third were dazzling or extremely bright. Flap objects were described as "brighter than the stars, like a streetlight, but not dazzling". Brightness discontinuities (flickering, dimming) were noticed in 11 sporadic and 14 flap cases.

Object Colors: 26% of sporadic cases described white lights/objects, none at Traunstein. 55% of flap cases involved color changes, compared to 20% of sporadics. The most abundant color at Traunstein was a yellowish orange tint. Sporadic objects, if not white, were yellowish or orange, seldom red. In 5 flap cases, objects of different colors were seen simultaneously, which was not observed during sporadics. Traunstein also showed pulsations from yellowish orange to deep red.

Source of Light: The primary phenomenon attracting attention was light from the object. 58% of sporadics and 65% of flap cases included information on the light source, mostly self-luminous objects. Traunstein data lacked point light sources alone, unlike 19% of sporadics.

Light Effects: Projection of light beams or "solid light", and ejection of sparks/flames were mentioned in 11% of sporadic and 26% of Traunstein testimonies. A total of 4% of sporadic and 23% of flap objects produced "solid light" effects.

Object Motion: 41% of sporadic cases involved slow motion, and 31% showed no motion, totaling 72% motionless or slow-moving. Traunstein data showed 45% motionless and 29% slow-moving (74% total). Rapid objects (17-19%) showed speeds up to 20° per second. Some reports described erratic "dogfight" patterns. Motion discontinuities like hovering, take-off, and abrupt trajectory angles were noted. Rotation of the object or lights was observed.

Sound: No sound was heard during Traunstein episodes. Only 5 out of 54 sporadic Austrian cases included sound effects, described as low roaring, whirring, whistling, whooshing, or high vibrating. The paucity of auditive data is correlated with greater distances.

Electromagnetic and Other Effects: One sporadic CE I occurred near the end of a local power failure but without causal relation. No EM anomalies were noticed at Traunstein. There were no CE II or III incidents over the 5-year period. A lack of phenomena near the soil is typical for Austrian activity.

Austrian Patterns

Most cases are reported at night and last between 1 and 30 minutes. Flap sightings tend to be longer than sporadic ones. Sporadic reports cluster between 6 and 9 P.M. CET, with a small morning peak. Nearly 50% of Traunstein reports occurred between 6 and 9 P.M. CET, with another 50% between 9 and 12 P.M. CET.

Key statistical findings include: Every third sporadic witness had higher or specialized education. Single object cases are most frequent. Every second object is observed under 10° elevation. A noticeable percentage of sporadic objects "switched off" instantly. Object sizes and shapes do not suggest large mechanical structures. Sporadic objects are mostly white or yellow/orange, while flap objects are yellow/orange or show marked color variations. Most objects are self-luminous. Angular motion, if reported, is mostly slow. Combined variations of size, color, and brightness occurred several times at Traunstein.

Discussion: Comparison with HANSEN

The issue includes a discussion comparing Austrian data with a statistical survey by HANSEN (18) from Denmark for 1972. The HANSEN analysis, translated from German, was used for comparison as reliable data for Germany or Switzerland were unavailable. The author notes that SUFOI's coverage seems greater in Denmark than in Austria.

Recurring Themes and Editorial Stance

The recurring themes in this issue revolve around the empirical, statistical analysis of UFO sightings. The editorial stance appears to be one of objective data collection and interpretation, aiming to identify patterns and characteristics of UFO phenomena and their witnesses. The focus is on quantifiable data, such as witness demographics, object dimensions, colors, speeds, and temporal distribution of sightings. The comparison with international data suggests an effort to place Austrian findings within a broader context of UFO research.

This document, likely an issue of a publication like MUFON, presents a detailed comparative analysis of unidentified object (UFO) reports from Austria and Denmark, alongside comparisons with studies by POHE R, VALLEE, and HANSEN. The analysis spans multiple pages, including figures and tables illustrating data on case numbers, witness demographics, object characteristics, sighting duration, time of day, and location.

Comparative Analysis of Austrian and Danish UFO Reports The issue begins by comparing MUFON's Austrian data with Danish reports. Despite Austria's larger population and area, the number of unidentified cases collected (85 by MUFON in Austria vs. 86 by SUFOI) is nearly equal, making a comparison interesting. A key demographic difference noted is that Danish witnesses were younger on average than Austrian ones. For HANSEN's age classes, 50-79 years represented 21% of witnesses, while in Austria, the 50-75 years class comprised 53% of witnesses with known age.

Regarding the number of objects, 52% of Danish cases described a single object, whereas in Austria, this figure was higher at 78%. Sighting duration frequencies are mentioned as being compared in Figure 7, with a bigger deviation noted only for sightings lasting 1-5 minutes.

Object colors in Denmark were predominantly white (29%) and yellow/orange (32%). The large 'Traunstein color change' percentage is highlighted as a phenomenon unique to Austria. In Denmark, only one object was described with 'rainbow colors'. Shape descriptions also varied: 25% of Danish objects were round, dot-, or starlike, while 56% of Austrian objects fit this description. For continuous light sightings, Austria had 61 cases, compared to 24 discontinuous cases, a ratio of 2.5:1.

Motion discontinuities were reported in 58% (50 out of 86) of Danish cases and 35% (30 out of 85) of Austrian cases. Soundlessness was a common characteristic, with 98% (84) of Danish cases and 94% (80) of Austrian cases passing completely without sound.

Comparison with POHE R Study The document then delves into a comparison with POHE R's study, which is based on 825 reports, including 250 from France. POHE R's study is described as more detailed than the HANSEN evaluation. The Austrian case data is noted as being somewhat more than 10% of POHE R's data mass.

Witness age in the POHE R study (defined as PS) showed 65% were between 21-59 years old. In Austria, 33% of witnesses were between 25-50 years, and 53% were between 50-75 years at the time of their sightings.

Most PS objects were observed near the horizon, with 43% of Austrian objects also seen at low elevations (under 10°). Observational aids were generally not used in either study.

Regarding the number of objects, 80% of PS cases reported one object, and 8% reported two. Austrian cases showed 78% reporting one object and 7% reporting two.

Object shapes in the POHE R study included 22.5% round (Austria 33%), 31% discs (Austria 7.9%), 14% cylindrical (Austria 4.7%), and 11% eggs/oval (Austria 6.3%). Color descriptions for PS cases showed 32% reporting red/orange objects (Austria 24.7%) and 15% reporting color changes (Austria 33%).

Luminosity was high, with 98% of PS objects being luminous, and 97% of Austrian objects. One-fourth of PS cases involved flames/light beams, while in Austria, this was one-sixth. Motion discontinuities were reported in 46% of PS cases and 35% in Austria. Soundlessness was reported in 60% of PS cases and 94% in Austria. Spontaneous disappearance occurred in 7% of PS cases and 12% of Austrian cases.

Day/nighttime percentages differed significantly: 30% day/70% night for PS, versus 8% day/92% night for Austria. The PS study noted a case frequency maximum at 10 PM, with a sharp rise after 8 PM and a morning minimum at 8 AM. Austrian cases showed 38% occurring between 6-9 PM, 27% between 9-12 PM, and 1% between 8 AM-12 PM.

Comparison with VALLEE and POHE R-VALLEE The analysis extends to comparisons with VALLEE's work on Type I, II, III, and IV observations. VALLEE noted a sudden rise in Type I sightings at sunset, reaching a maximum almost immediately, while Type III phenomena peaked about 3 hours after sunset, with a marked increase between 8 PM and 9 PM, and the majority occurring between 6 PM and 12 PM.

Austrian data showed 38% of sightings occurring between 6-9 PM CET and 27% between 9-12 PM. Of 26 sightings at Traunstein (84% of flap cases), half occurred between 6-9 PM and half between 9-12 PM. The document suggests that both maxima observed by VALLEE are present in the Austrian data, which includes Type I, II, III, and IV cases.

Results from a joint research project by POHE R and VALLEE, published in 1975, are also compared regarding report numbers as a function of elevation, duration, and number of witnesses.

Atmospheric Transparency and Elevation Angle Analysis Further analysis, presented in the POHE R-VALLEE paper, examines UFO reports as a function of atmospheric transparency. The document discusses a regression line plotted by POHE R-VALLEE for the cumulative relative frequency of objects against elevation (1/sin h). This line is compared with field measurements using a quadrant. Significant deviations were found between Austrian data and the POHE R-VALLEE model, leading to the inference that the POHE R-VALLEE line underestimates objects with elevations under 25° by over 100%. For Austria, the contribution of objects under 15° elevation is estimated to be less than 60%, contrasting with POHE R-VALLEE's estimate of less than 15%.

The discrepancy is attributed to the general overestimation of elevation angles by witnesses without instrumental aids. Citing NEUBERGER, the document explains that eye witnesses tend to overestimate angles, e.g., estimating 15° as 32°. The deviation of the POHE R-VALLEE line from the data is greatest between 0 and 15° elevation.

To address this, the document suggests reducing the h values from the POHE R-VALLEE line using NEUBERGER corrections, which results in a dashed line closely matching the field measurements. The theoretical basis for the POHE R-VALLEE line assumes phenomena are equidistributed in the air, reduced only by atmospheric extinction. However, the reality suggests phenomena are more concentrated near the earth, with erroneous estimations making them appear scarce.

The use of a quadrant is strongly recommended for investigations to reduce subjective errors and enable theoretical studies.

Sighting Duration Analysis Regarding the number of reports as a function of duration, the POHE R-VALLEE graph shows a maximum frequency around 6 minutes. Sporadic and flap cases overlap in the 1-30 minute classes. The maximum for sporadics in the 1-10 second interval does not match POHE R-VALLEE, but the Traunstein maximum in the >1-5 minute class does. Austrian data, when arranged similarly, shows a maximum sector of 33.7% of cases lasting over 1-15 minutes.

Geomagnetic Disturbances and UFO Detection The document also touches upon the potential detection of UFO events through geomagnetic disturbances, referencing the observatory Chambon-le-Foret. POHE R attempted to correlate geomagnetic field variations with the distance from a reported UFO to a detecting station, even though no event was observed closer than 30 km. A similar study near the Vienna geomagnetic observatory for 15 cases found no recorded field disturbance, despite some objects being reported very close to the station (one even 'beneath' it).

The Vienna instrument is noted as being as sensitive as Chambon-la-Foret for horizontal/vertical components and can register lightning flashes. It can also detect activities from streetcars. The authors question why, if lightning and streetcars can trigger the instrument, UFOs cannot. The present opinion is that the problem of UFO detection by recording instruments remains open, and evaluations of strongly attenuated geomagnetic records are unlikely to provide answers.

Conclusion and Future Work The author expresses hope that the contribution has demonstrated the wealth of information extractable from painstaking field investigation records and invites discussions with colleagues who share similar research aims. An Austrian study on UFO reports as a function of atmospheric transparency is underway and will be presented in the near future.

Recurring Themes and Editorial Stance The recurring themes in this document are the rigorous statistical analysis of UFO sighting data, the importance of comparative studies across different regions and research groups (Austria, Denmark, POHE R, VALLEE, HANSEN), and the critical evaluation of witness testimony versus instrumental data. There is a clear emphasis on methodology, highlighting the impact of subjective errors (like elevation angle overestimation) and advocating for the use of scientific instruments for data collection. The editorial stance appears to be one of objective, data-driven inquiry into the UFO phenomenon, acknowledging the complexities and limitations of current research while seeking to advance understanding through detailed analysis and collaboration.

This document appears to be a collection of statistical tables and figures related to UFO/UAP (Unidentified Flying Object/Unidentified Aerial Phenomena) reports, likely from a publication focused on such phenomena. The content is primarily data-driven, presenting numerical breakdowns of various aspects of reported sightings.

Data Analysis and Tables

Table A: End of Observations This table categorizes witness observations based on how the object behaved. The categories include: * Object moves behind terrestrial obstacle * Disappears instantaneously * Moves away into distance * Moves behind cloud * Dims gradually * Witness discontinues observation * Unknown, not applicable

It provides counts for both 'sporadic' and 'flap' cases, with totals of 54 sporadic and 31 flap cases.

Table B: Number of Witnesses This table breaks down the number of witnesses per case for both sporadic and flap cases. The data shows: * 1 witness: 27 sporadic, 11 flap * 2 witnesses: 22 sporadic, 10 flap * 3 witnesses: 4 sporadic, 3 flap * 4 witnesses: 0 sporadic, 5 flap * 5 witnesses: 0 sporadic, 1 flap * 6 witnesses: 1 sporadic, 0 flap * 10 witnesses: 0 sporadic, 1 flap

The totals match Table A: 54 sporadic and 31 flap cases.

Table C: Sex of Witnesses This table analyzes the sex of witnesses for sporadic and Traunstein cases: * Sporadic cases: 45 male, 37 female (ratio 1:1.2) * Traunstein cases: 60 male, 15 female (ratio 4:1)

Table D: Age and Education of Witnesses This table presents data on witness age and education: * Age groups (no. of witnesses): * 15-25: 9 * 25-50: 21 * 50-75: 34 * Unknown: 25 * Education (no. of witnesses): * Higher, specialized: 20 * General: 23 * Low, youngsters: 21 * Unknown: 25

Table E: Number of Objects This table counts the number of objects per case: * 1 object: 38 sporadic, 19 flap * 2 objects: 1 sporadic, 4 flap * 3 objects: 1 sporadic, 5 flap * 4 objects: 0 sporadic, 2 flap * 5 objects: 1 sporadic, 0 flap * 6 objects: 0 sporadic, 1 flap * 8 objects: 1 sporadic, 0 flap * Uncertain: 12 sporadic, 0 flap

Totals are 54 sporadic and 31 flap cases.

Table F: Object Sizes This table categorizes object sizes: * Dot (<5'): 19 sporadic, 26 flap * 5' - 30': 15 sporadic, 17 flap * 1° - <1°: 6 sporadic, 6 flap * 1° - <2°: 7 sporadic, 3 flap * > 2°: 4 sporadic, 1 flap * Unknown: 20 sporadic, 3 flap

Totals are 71 sporadic and 56 flap objects (note: totals differ from previous tables, suggesting a different scope or data set).

Table G: Object Shapes This table details object shapes: * Globe: 22 sporadic, 20 flap * Point of light: 12 sporadic, 17 flap * Indefinite, not reported: 11 sporadic, 2 flap * Disc: 4 sporadic, 4 flap * Domed: 0 sporadic, 2 flap * Oval, egg: 4 sporadic, 4 flap * Cigar, wedge: 4 sporadic, 3 flap * Complex shape, variable: 11 sporadic, 4 flap * Angular shape: 3 sporadic, 0 flap

Totals are 71 sporadic and 56 flap objects.

Table H: Object Brightness This table classifies object brightness: * Faint - Venus: 3 sporadic * Venus - full moon: 17 sporadic * Full moon - dazzling: 9 sporadic * Dazzling, extreme: 18 sporadic * Unknown, dark: 7 sporadic

Total for sporadic cases is 54.

Table I: Object Colors This table lists object colors: * White: 14 sporadic, 0 flap * Yellow(ish): 8 sporadic, 4 flap * Orange: 8 sporadic, 6 flap * Red: 4 sporadic, 3 flap * Greenish: 1 sporadic, 0 flap * Silvery: 1 sporadic, 0 flap * Grey: 1 sporadic, 0 flap * Variable: 11 sporadic, 17 flap * Other, unknown: 6 sporadic, 1 flap

Totals are 54 sporadic and 31 flap cases.

Table J: Source of Light This table analyzes the source of light from the object: * Whole object luminous: 25 sporadic, 20 flap * Point light source(s): 8 sporadic, 0 flap * Only light dot seen: 4 sporadic, 7 flap * Extended light source(s): 2 sporadic, 3 flap * Point light source(s) + general illumination: 2 sporadic, 1 flap * No light or reflected sun/sky light: 2 sporadic, 0 flap * Unknown, not reported: 11 sporadic, 0 flap

Totals are 54 sporadic and 31 flap cases.

Table K: Object Motion This table describes object motion: * None: 17 sporadic, 14 flap * Slow: 22 sporadic, 9 flap * Rapid: 9 sporadic, 6 flap * Random, dogfight: 2 sporadic, 2 flap * Unknown: 4 sporadic, 0 flap

Totals are 54 sporadic and 31 flap cases.

Figures

Figure 6: Elevations This graph plots elevation classes (from 0-4.9° to 90°) against the number of sporadic and Traunstein cases. Sporadic cases show a peak in the 10-14.9° elevation class and then a general decline, while Traunstein cases are generally lower but show a rise in the higher elevation classes.

Figure 7: Danish and Austrian Case Durations This graph shows the percentage of cases by duration classes (from 1-9" to >1h) for Danish and Austrian reports. Danish cases show a sharp peak in the 1-5' duration class, while Austrian cases are more spread out with a peak in the 10-59" class.

Figure 8: Number of Reports as a Function of Elevation This graph uses a logarithmic scale for the relative number of UFO reports. It plots the number of reports against 1/sin h (related to elevation). It compares 'Austrian sporadics', 'Traunstein data', and 'POHER-VALLEE, corrected' data, showing different trends.

References

The document concludes with a comprehensive list of references, primarily citing works by E. Berger, G. Dietze, R.E. Fowler, P. Hansen, J. Heering, C. Poher, J. Vallee, J. Randles, and R.L. Sprinkle, published between 1957 and 1978. Several abbreviations for UFO report publications are also defined (CUFOR, MUFOJ, AUAB).

Recurring Themes and Editorial Stance

The recurring theme is the statistical analysis of UFO/UAP data. The publication appears to adopt a neutral, data-driven approach, presenting raw numbers and graphical representations of observed phenomena. The distinction between 'sporadic' and 'flap' cases suggests an attempt to categorize different types of UFO activity. The detailed breakdown of witness, object, and case characteristics indicates a systematic effort to understand and quantify UFO reports. The extensive reference list points to a scholarly or research-oriented publication within the field of ufology.

Title: UPIAR
Issue: Vol. II, N. 1
Date: 1977
Publisher: EDITECS
Country: Switzerland
Language: English (original French abstract and keywords)

This issue features an article by Claude Rifat titled "IS THE LOCUS COERULEUS, AN IMPORTANT ANATOMICAL CENTER OF THE BRAIN, INVOLVED IN THE MOST BIZARRE ASPECTS OF UFO REPORTS? THE INDUCED DREAM HYPOTHESIS."

Article: The Locus Coeruleus and the Induced Dream Hypothesis

This paper explores a hypothesis, initially proposed by Guérin, that the Locus Coeruleus, a key anatomical center in the mammalian brain, might be involved in the more bizarre aspects of UFO reports, particularly "Close Encounters of the Third Kind" as defined by Hynek.

The Role of the Locus Coeruleus

The author posits that the Locus Coeruleus is a small but crucial brain region responsible for inducing what we call "dreaming." The central suggestion is that UFOs observed at close range, especially those where occupants are reportedly seen, might interfere with the normal functioning of the brain during the waking state by acting upon the Locus Coeruleus.

Interpretation of UFO Reports

A significant conclusion drawn from this study is that UFO reports of this nature may not provide any direct indication of the actual stimulus that triggered the report. Instead, they might primarily offer a description of the subject's imagined perception of what a UFO is. The paper suggests that considering these enigmatic reports from this perspective could lead to a better understanding of the bizarre events associated with them.

The article draws parallels between "Close Encounters of the Third Kind" and experiences akin to those induced by LSD, where an individual perceives a mixture of the real world and their inner unconscious.

Brain States and Neurobiology

The research delves into the different states of the brain: waking state, slow-wave sleep (SWS), and paradoxical sleep (also known as REM sleep). It highlights that while we have some awareness of the waking state, we are less conscious of sleep states, despite spending a significant portion of our lives dreaming (estimated at five years) and sleeping without dreams (fifteen years).

Neurobiologists objectively characterize brain states using electroencephalograms (EEG) of the cerebral cortex and specific regions like the pons, lateral geniculate nucleus, and occipital cortex. Other physiological indicators include eye movements (REM phase) and muscle tone in the neck.

Studies, particularly by Dement in the US and Jouvet in France, have revealed that sleep consists of two distinct phases: "slow-wave sleep" (characterized by slow delta waves) and "paradoxal sleep" (marked by intense cortical electrical activity similar to the waking state, coupled with deep relaxation and a raised threshold for arousal).

The paper notes that while dreams are generally associated with the REM phase, this is not definitively proven but is highly probable given the complex information processing occurring in the brain during this period.

External vs. Internal Worlds

During the day, the brain focuses on the external world, processing information from sensory organs. At night, during REM sleep, it shifts its attention to the memorized, endogenous world of internal information. The fundamental difference lies in the source of perceived information: exogenous during wakefulness and endogenous during REM sleep.

Intermediate states, such as hallucinations, can occur due to maladaptation to the external world, overstimulation of certain brain centers (like the periventricular system), or the ingestion of chemical substances like LSD or psilocybin.

Key Brain Structures and Neurotransmitters

The article discusses the Reticular Formation (FR) in the brainstem, which is essential for maintaining wakefulness and consciousness. It also points to a small but critical region in the mammalian brain, located in the pons, which Jouvet identified as fundamental to triggering dream states. This region, the Locus Coeruleus, is described as acting like an "on-off switch" connecting the brain to the internal world. It is theorized to be on a physiological pathway linking the limbic system (associated with memory) to cortical integrator systems.

Two nuclei of the Locus Coeruleus border certain Raphé nuclei, which are crucial for slow-wave sleep. Neurons in the Raphé nuclei are serotonergic (using serotonin), while those in the Locus Coeruleus are noradrenergic (using norepinephrine).

Figures and References

• The article includes three figures:
• Figure I: Illustrates the chemical structures of Diethylamide of Lysergic Acid (LSD) and Psilocybin.
• Figure II: Shows sagittal and horizontal cross-sections of the cat's brain, detailing the locations of the Cortex, Thalamus, Pons, Medulla, Cerebellum, Reticular Formation (FR), Substantia Nigra, Locus Subcoeruleus, Raphé Group, and Locus Coeruleus. It cites Jouvet (1967) and Maeda & Pin (1971).
• Figure III: Displays the chemical structures of Serotonin and Norepinephrine.

The article references several studies and observations, including personal observations by Rifat in 1976 and published works by Dement, Jouvet, Laborit, and others.

Recurring Themes and Editorial Stance

The recurring themes in this article revolve around the intersection of neuroscience, consciousness, and the interpretation of anomalous phenomena like UFO reports. The editorial stance appears to be one of scientific inquiry, exploring unconventional hypotheses that bridge biological and psychological explanations for experiences that defy conventional understanding. The article emphasizes the complexity of the brain and its role in shaping perception and reality, suggesting that subjective experiences, even those as extraordinary as UFO encounters, may have neurological underpinnings rather than solely external causes.

This issue of L'ÉCHO DU MYSTÈRE, identified as issue number 107, delves into complex topics at the intersection of neuroscience, psychology, and the study of unexplained phenomena, particularly UFOs. The content is primarily in French and appears to be a scholarly or in-depth exploration of scientific theories and hypotheses related to brain function, consciousness, and perception.

Neurotransmitters and Brain States

The article begins by discussing the relationship between neurotransmitters and brain states, specifically mentioning the Raphe system and its role in regulating serotonin and norepinephrine. It highlights the complexity of these systems and warns against oversimplification, citing researchers like Jacobs, Mosko, and Trulson. The text then defines neurotransmitters as molecules that facilitate communication between neurons, explaining how their release can lead to either depolarization (excitation) or hyperpolarization (inhibition) of the postsynaptic neuron. Various types of neurons are described, including catecholaminergic, cholinergic, and peptidergic, with their respective neurotransmitters like epinephrine, norepinephrine, acetylcholine, and enkephalins. Other neurotransmitters such as GABA, 4-OHB, and dopamine are also mentioned, though their precise function in the mammalian central nervous system is not always definitively proven.

The text explores how modulating the synthesis, turnover, facilitation, or antagonism of these substances can dramatically influence brain function. It draws a parallel between dreams and computer science, describing dreams as an extraordinary synthesis of information, a quasi-perfect reproduction of memorized reality modulated by desires. This process is characterized by a prodigious speed of information processing that surpasses conscious waking states, involving a non-linear, non-sequential logic that even contemporary computers cannot match.

Third Type Encounters and the Extraterrestrial Hypothesis

The discussion shifts to 'Third Type Encounters' (Rencontres Rapprochées du Troisième Type), noting the scientific community's confusion regarding the diversity and bizarre nature of these reports. When testing the extraterrestrial hypothesis, the aberrant behavior of the described 'humanoids' poses a challenge to conventional criteria for judging intelligence. The author questions whether these criteria are too anthropomorphic and suggests, citing Guérin, that what witnesses describe might not be the actual phenomenon if the extraterrestrial hypothesis is true.

UFOs and Internal Representations

The article posits that UFOs might act directly on brain nuclei like the Locus Coeruleus, inducing the subject's brain to focus on their internal world rather than the external one. This internal representation would be unconscious and vary significantly from person to person. Vallée's observation that UFO phenomena vary with culture and epoch is discussed, with examples ranging from pre-technological sprites and fairies to modern 'monsters' and 'friendly Martians.' This aligns with the hypothesis that subjects' perceptions are shaped by their cultural beliefs, triggered by a stimulus that appears to be an intelligently guided, structured object.

McCampbell's idea that UFOs might be significant emitters of microwaves, which have biological actions and can influence cell membrane potential, is introduced. This leads to the hypothesis that UFOs could directly influence catecholaminergic circuits in the Locus Coeruleus or serotonergic circuits in the Raphe system via electromagnetic waves. The question is posed: can the synthesis and release of norepinephrine or serotonin in the Raphe and Locus Coeruleus nuclei be influenced from the outside by electromagnetic waves?

Models of Dreams, Hallucinations, and Consciousness

The text further explores the role of the Locus Coeruleus and Raphe system in states of consciousness, referencing Jouvet's model. It suggests that increased catecholaminergic activity from the Locus Coeruleus could induce a dream-like state, possibly by inhibiting the serotonergic activity of the Raphe system, which normally activates the Reticular Formation. Conversely, slow-wave sleep appears when serotonin from the Raphe nuclei modifies the Reticular Formation's effects necessary for wakefulness. Paradoxical sleep follows when the Locus Coeruleus produces enough norepinephrine to counteract the effects of serotonin from the Raphe.

Recent data on the destruction of specific Raphe nuclei by Jacobs, Mosko, and Trulson suggest that existing models may need revision. The striking resemblance between eidetic projection phenomena (hallucinations) and dream states is noted, both involving the appearance of complex endogenous information in cortical integrator systems. The effect of LSD is discussed: it increases cerebral serotonin while decreasing norepinephrine and strongly inhibits Raphe neurons. Hallucinogenic substances are described as acting similarly to dream induction, but without diminishing Reticular Formation activity, thus keeping subjects awake and conscious.

According to Jacobs, Mosko, and Trulson, indole-type hallucinogens like LSD, DMT, and psilocybin depress the serotonergic activity of Raphe neurons. This disinhibits postsynaptic neurons normally inhibited by serotonin, releasing a system that, during wakefulness, blocks the diffusion of information from the limbic system to cortical integrators.

Third Type Encounters are thus framed as induced hallucinations rather than induced dreams, as subjects reportedly retain a clear memory of the experience. This perspective aims to explain such phenomena without resorting to 'sulfurous and hazy mysteries,' although it acknowledges that this hypothesis, while elegant, is difficult to test and doesn't explain everything, such as identical reports from multiple simultaneous witnesses (e.g., the Kelly-Hopkinsville case).

Information Processing and the 'Informational Self'

The author introduces a conceptual framework for understanding memory and consciousness, dividing human memory into two parts: the 'Informational Diffuser' (or 'Informational Projector/Auto-programmer/Modeler') and the 'Informational Self.' The Diffuser records information from sensory input, while the Informational Self stores personal characteristics. The 'Conscious Informational Self' is associated with waking states and analytical reasoning, while the 'Oneiric Informational Self' is linked to dreams and operates under the Diffuser's logic.

This model suggests that the brain performs complex information manipulation during dreams and eidetic projections, surpassing the capabilities of modern computers in terms of speed and integration of parameters. However, during conscious waking states, these faculties appear diminished, possibly due to the human reliance on sequential, symbolic language with limited information content, hindering the use of the brain's natural non-sequential, non-symbolic language.

Eidetic individuals are mentioned as possessing some conscious control over this language, able to superimpose desired hallucinatory images onto reality. This 'non-sequential and non-symbolic reasoning' is described as richer and more complex than analytical reasoning. The existence of such phenomena suggests a form of memorization that is not strictly sequential or symbolic.

Recurring Themes and Editorial Stance

The recurring themes in this issue revolve around the intricate workings of the brain, particularly the roles of neurotransmitters in consciousness, dreams, and hallucinations. There is a strong emphasis on exploring scientific explanations for phenomena that have traditionally been considered mysterious, such as UFO sightings. The editorial stance appears to favor a neuroscientific and information-processing approach, seeking to demystify complex experiences by relating them to known or hypothesized brain mechanisms. The text encourages a move away from purely speculative or supernatural explanations towards testable hypotheses grounded in biology and computer science, while acknowledging the current limitations in fully understanding these complex processes.

This issue of 'Le Nouveau Défi des OVNI' (The New Challenge of UFOs), published by France-Empire in 1976, delves into the psychological and perceptive aspects of UFO experiences, particularly focusing on the concept of eidetic memory and its potential neurobiological underpinnings. The articles explore how internal mental processes might influence or be mistaken for external reality, drawing parallels with sleep states, hallucinogenic effects, and neurological functions.

Eidetic Memory and the 'Attentuator'

The central theme revolves around the idea of an 'attentuator,' a crucial brain structure that rigorously controls endogenous information. This structure is vital for preventing internal mental content from overwhelming conscious perception during wakefulness, thereby enabling individuals to distinguish between their inner world and external reality. The text posits that eidetic individuals may consciously or unconsciously manipulate this 'attentuator.' In contrast, normal subjects likely experience an unconscious inhibition of this 'attentuator' during dreams or under the influence of hallucinogens.

Figure VII visually represents these concepts, illustrating how memory recall is 'attenuated' in normal individuals during wakefulness, clear and non-attenuated in eidetic individuals, and involuntary and non-specific in dream states or under hallucinogens. The article speculates that future research might link this 'attentuator' function to the serotonergic nuclei of the raphe system, which are inhibited presynaptically by indolamine hallucinogens.

The Informational Diffuser and Internal Reality

Further exploration introduces the concept of the 'Informational Diffuser,' described as an information generator that projects imaginary programs to the 'Informational Self.' This diffuser is thought to operate through a complex interplay of innate species programs (instincts), learned behaviors (needs, socio-cultural prohibitions), and other unknown factors. In extreme cases, such as hallucinatory schizophrenia, this projector can manipulate the 'Informational Self,' leading to a loss of rational reasoning and a state of 'dementia,' potentially equivalent to the activation of the 'Dreaming Self' through the inactivation of logical analysis faculties.

This discussion is presented as a necessary digression to better understand the phenomena under study, emphasizing that a deeper knowledge of brain function aids in the investigation of curious phenomena.

The Subjective Experience of UFO Encounters

The issue addresses the challenge of understanding how witnesses of 'Third Type Encounters' (close encounters with UFOs) come to believe in the reality of their observations, especially given the often absurd nature of these accounts. The proposed answer is that the eidetic experience is lived with an intensity comparable to real experiences, making it difficult for the individual to believe it was imaginary. The 'eidetic experience' of these encounters leaves lasting impressions because the conscious self accepted the program projected by the 'Diffuser.'

This model suggests that the 'Diffuser' can recreate synthetic information with a detail and appearance as real as sensory input. It also makes a prediction that experiences akin to mystical ones, described as a fusion of the self with the 'Universe,' might occur when individuals believe they have understood 'fundamental truths.' This is likened to the experience of subjects under high doses of LSD, where bodily and sensory boundaries dissolve.

The internal world of a human being is thus presented as complex and structured, comparable to the external world perceived through the senses. However, this internal world remains largely unexplored due to its individual nature and resistance to traditional scientific methods. The article stresses the importance of considering this internal reality in relation to witness testimonies, suggesting that UFO reports may represent an intimate blend of internal and external realities.

Conclusion and Neurobiological Hypotheses

The report concludes by presenting a hypothesis that, while needing empirical proof, offers a rational and intelligible unification of the anthropomorphic and biological aspects of the UFO phenomenon. This hypothesis is deemed testable in a laboratory setting, posing the question of whether it is possible to influence catecholaminergic and serotonergic neural networks via electromagnetic waves to induce endogenous information within cortical systems.

Appendices and Further Research

Appendix I discusses experimental findings that could provide a physiological explanation for temporary paralysis, a phenomenon often associated with UFO reports. Research on cats has shown that selective destruction of a specific brain region leads to movement during REM sleep, suggesting that temporary paralysis in humans might be triggered by a distant action on this complex. This model aligns with reported events in Third Type Encounters, although an inconsistency is noted: while REM sleep normally inhibits motor tone, witnesses of paralysis during encounters often report being able to move or react.

Despite this, the model is seen as a significant step in reconciling seemingly absurd data with modern neurobiology. Appendix II acknowledges the evolving and incomplete nature of knowledge regarding dream and eidetic phenomena, suggesting that other neural systems and neurotransmitters likely play a role in their regulation. The role of cholinergic processes in paradoxical sleep (REM sleep) is highlighted, with substances like atropine (anticholinergic) suppressing it and acetylcholine agonists (like eserine) augmenting it. The text also notes the similarity between dream and eidetic phenomena, as substances that compete with acetylcholine receptors, such as atropine and hyoscine, can induce somnolence and, at higher doses, eidetic projections.

Furthermore, gamma-hydroxybutyric acid is mentioned for increasing REM sleep duration by acting on the dopaminergic system, implying dopamine's involvement in regulating dream phases. The substance muscimol, responsible for the hallucinogenic effects of Amanita Muscaria and an agonist of GABA, is also suggested as a potential mechanism.

Recurring Themes and Editorial Stance

The issue consistently emphasizes the interplay between internal psychological states and external perception, particularly in the context of extraordinary experiences like UFO sightings. The editorial stance appears to be one of seeking scientific and neurobiological explanations for phenomena that have traditionally been considered mysterious or irrational. There is a clear effort to bridge the gap between subjective experience and objective biological processes, suggesting that the brain's complex mechanisms for generating and filtering information are key to understanding these events. The recurring theme is the potential for the brain's internal 'programming' and 'filtering' systems to create experiences that are perceived as external realities.

This document is a scanned page from a publication titled "UPIAR, Vol. II, N. 1, 1977" and also references "EDITECS 1978". The primary content is an article titled "UFO DRAWINGS BY WITNESSES AND NON WITNESSES: IS THERE SOMETHING IN COMMON?" authored by RICHARD HAINES, with an address in Los Altos, California, USA. The article was received on December 15, 1977.

Abstract

The abstract outlines the paper's methodology and objectives. It describes two primary efforts: first, administering a "test" involving drawing a UFO to groups of alleged UFO witnesses and non-witnesses; and second, conducting a comprehensive review of published UFO literature that includes drawings of UFOs by witnesses. The goal was to identify any differences in features such as width-to-height ratio, surface detail, and environmental scene detail between the drawings of the two groups. A secondary objective was to develop a "UFO Appearance Recognition and Identification Test Procedure," which had previously appeared in the journal (vol. 1, no. 1, 1976). The abstract states that no readily discernible differences were found between the drawings of witnesses and non-witnesses.

Main Article Content

The article begins by stating that "If a picture be worth a thousand words then a drawing should be worth at least a hundred." It notes that until scientifically acceptable evidence is presented, investigators must rely on witness reports. The practice of requesting drawings from witnesses is growing and is justified by the potential for clarity and space-saving on report forms. The paper highlights that a wide variety of names are given to UFO shapes in the literature (e.g., disc, plate, airfoil, wing, boomerang), and a drawing can clarify what the UFO looked like more effectively than verbal descriptions.

An important aspect of understanding UFO drawings is determining if they represent a distinct class of drawings. The core question is whether UFO drawings by alleged witnesses differ from those made by people who claim they have never seen one. This is explored through a UFO Shape and Detail Drawings exercise.

Method: UFO Shape and Detail Drawings by People Who Claim to Have Seen a UFO and by People Who Believe They Have Not Seen a UFO

Three test groups were administered a drawing exercise. Participants were asked to write their sex, occupation, handedness, and whether they sincerely believed they had seen a UFO. They were then instructed to "draw what you think a UFO looks like... include whatever details and embellishments you think are necessary." A total of 177 cards were collected and stamped with test dates and other information.

Table 1 provides participant information for the three groups. Group 1 consisted of individuals interested in UFOs, potentially forming a study group, and included members of organizations like APRO, CUFOS, MUFON, and NICAP. Group 2 comprised attendees of the 1977 International UFO Conference in San Francisco. Group 3 was primarily professional architects attending a meeting where the author spoke about UFOs. Handedness was not recorded for Group 3 due to an oversight.

Results

Table 2 presents the results of the three UFO drawing tests, comparing "Have" (witnessed a UFO) and "Have not" (did not witness a UFO) columns for each group. Measures used to quantify drawings focused on the pragmatic basis of relative unambiguity of interpretation by the scorer, without attempting to label specific details like antennas.

• Key findings from Table 2 and the accompanying text include:
• "Have" participants generally drew a larger percentage of "valid" UFO shapes than "Have not" participants across all groups.
• Groups 1 and 2 drew a larger percentage of symmetrical shapes than Group 3 in both "Have" and "Have not" sub-groups. Groups 1 and 2 were described as UFO "buffs," while Group 3 was composed mainly of architects and designers.
• Group 3 drew an unusually high number of asymmetrical UFO shapes, possibly due to using the exercise for "artistic creativity" without fear of ridicule.
• Crucially, if all 136 valid drawings were shuffled, it would be virtually impossible to sort the "Have" from the "Have not" drawings beyond chance level performance.

UFO "Dome" Measures and Miscellaneous Measures

Table 2 also details specific measures related to UFO "dome" shapes and miscellaneous features. For instance, the mean width/height ratio for "dome" shapes varied significantly between groups and between "Have" and "Have not" participants. Miscellaneous measures included round openings, other shaped openings, thin lines extending from the UFO, wavy lines from the UFO body, and markings/insignias. The table notes that "Obviously ludicrous shapes were not included."

Discussion and Tentative Hypotheses

The author cautions against drawing unwarranted conclusions due to small sample sizes and the common purpose of the groups (especially Groups 1 and 2, which met to discuss UFO phenomena). Further tests on larger, randomly selected samples are recommended.

Tentative hypotheses offered are:
1. Similarity of Drawings: How is it possible for both "Have" and "Have not" groups to draw similar UFO shapes? This suggests both groups have been exposed to the same basic shape and details. It is hypothesized that almost everyone has seen either an actual UFO or a graphic representation of one. If this is true, the term "Have not" group might be considered erroneous, and investigators should focus on identifying the "false UFOs" witnesses have seen to compare them with actual UFO features.
2. Detail Inclusion: The "Have" sub group might be less likely to include as many details as the "Have not" sub group. Factors leading a participant to identify as a "Have" might constrain the number of details drawn, potentially forming a "model of reality" from a vague mental concept that becomes concrete and constrained after the experience.

Drawings of UFOs in the Literature

This section discusses the second part of the study: analyzing UFO drawings from published UFO reports, magazines, bulletins, and other literature. These drawings were grouped into basic outline shape categories to form the basis for the "UFO Appearance Recognition and Identification Test Procedure." Table 3 (not fully visible in the scan) would present the date, time, reference, and shape/detail code for Figure 1, which displays various UFO drawing examples.

Recurring Themes and Editorial Stance

The recurring theme is the investigation into the nature of UFO sightings and the reliability of witness testimony, specifically through the analysis of drawings. The author's stance appears to be one of critical inquiry, seeking to apply scientific methods (statistical analysis, comparative studies) to the phenomenon. There is a clear emphasis on the potential influence of cultural exposure and pre-existing mental models on witness perceptions and subsequent drawings. The journal itself, UPIAR, seems to be a platform for such research, as indicated by the reference to a previously published test procedure by the author in the same journal.

This document is a special issue of "Flying Saucer Review" (FSR), published by FSR Publications, likely in 1974, focusing on the classification and cataloging of Unidentified Flying Object (UFO) and Unidentified Aerial Phenomena (UAP) shapes. The publication is in English and originates from the UK.

Content

The core of this issue consists of several detailed tables (Table 3, Table 4, Table 5, and Table 6) that present a systematic classification of observed UFO shapes based on drawings and eyewitness accounts. These tables are organized by shape category:

• Table 3: Spherical Shape: This table lists 12 sightings of spherical objects, providing the drawing number, sighting date and time, reference source (e.g., "The UFO Evidence", "APRO Bulletin", "Flying S. Rev."), an assigned outline code, and detailed codes for the object's top, middle, and bottom sections. A key note states that the width/height ratio for all these spherical shapes is 1.

• Table 4: Flat Bottom Domes: This table details 12 sightings of objects described as flat bottom domes. Similar to Table 3, it includes sighting details, references, and assigned outline and detail codes. It also provides statistical data on the mean, maximum, and minimum width/height ratios for these dome shapes.

• Table 5: Domed Top Disc: This table covers 12 sightings of objects with a domed top and a disc-like base. It follows the same format as the previous tables, listing sighting information, references, and specific codes. It also includes notes on the width/height ratios for these objects, with a mean ratio of 3.40.

• Table 6: Domed Top and Bottom Disc: This table presents 10 sightings of objects with both domed tops and bottoms, and disc-like structures. It continues the established format of providing sighting details, references, and classification codes.

The figures referenced in the tables (Fig. 1, Fig. 2, Fig. 3) are illustrations of these various UFO shapes, likely drawn from the sources cited in the tables. Fig. 1 appears to show various spherical and dome-like shapes. Fig. 2 illustrates different types of domes, including some with grid patterns and others that are more rounded. Fig. 3 displays a range of disc-shaped objects, some with lights or exhaust, and others with more complex structures.

Key organizations mentioned include APRO (Aerial Phenomena Research Organization) and NICAP (National Investigations Committee on Aerial Phenomena), which are common sources for UFO sighting reports.

Recurring Themes and Editorial Stance

The primary theme of this issue is the systematic analysis and classification of UFO shapes based on empirical data from reported sightings. The editorial stance appears to be one of serious investigation and documentation, aiming to categorize and understand the physical characteristics of reported aerial phenomena. The use of detailed codes and references suggests a scientific or quasi-scientific approach to the subject matter, emphasizing data collection and comparative analysis of different sighting reports across various publications and historical periods. The focus on shape and physical dimensions, along with statistical ratios, indicates an effort to move beyond anecdotal accounts towards a more structured understanding of UAP characteristics.

This document appears to be an excerpt from a publication titled "UFO Phenomena," specifically Volume 1, Issue 1, dated January 1976. The content focuses on the classification and analysis of UFO shapes based on witness drawings and provides a framework for understanding the epistemology of UFO research.

UFO Shape Classification and Analysis

The core of the document details a system for classifying UFO shapes, primarily using drawings provided by witnesses. Figures 1 through 5 present a sample of these drawings, selected to illustrate commonly reported basic outline shapes and details found in open literature.

Table 6 specifically addresses "Fig. 4 Shapes - Domed Top and Bottom Disc." It lists two sightings:

• Sighting 11: Dated 1-?-75 at 0200, referenced in "Skylook, March 76, p. 3." It is assigned outline code T3;BM3 and detail codes MA6(20)(SL).
• Sighting 12: Dated 11-22-61 at 1900, referenced in "The UFO Evidence, Ibid. p. 54." It is assigned outline code M5 and detail codes MA2(9)(SL)(B).

Note 1 provides statistical data on the width/height ratio of these shapes: a mean ratio of 3.38 (standard deviation 1.38), a maximum of 6.00, and a minimum of 1.85.

Table 7 focuses on "Fig. 5 Shapes - Miscellaneous Asymmetric Shapes." It lists twelve sightings with detailed coding:

1. 4-19-1897 0600: "Official UFO, Jan. 76, p. 31." Outline code V6;M3 (suspended below 2 wings) note 1. Detail codes TD6;MA1(3).
2. 2-12-73 1315: "Flying S. Rev. Case Hist. #14, 1973, p. 16." Outline code TB7;MT13;B15. Detail codes P12(NO), DO.
3. 5-31-71 after-noon: "UFO Investigator, NICAP, Aug. 1971, p. 2." Outline code V1CV(1=65,h=45). Detail code TAl-(4).
4. 1-29-69 1000: "Flying S. Rev. Spec. Issue #4, Aug. 71, p. 54." Outline code V9(1-3,h=2.5). Detail codes TD2(4)-RE(SL).
5. 3-23-67 before dawn: "Flying Saucers & UFOs-Quarterly, True, #1,p.12." Outline code V7(1=13.2, h = 3.1). Detail codes TA1(1)(B); MA6(2);BP4(2).
6. 4-20-68 0830: "UFOs Behind the Iron Curtain, Bantam Publ., 1972, p. 239." Outline code T21;MV 8(1=3.5, h=0.74);BV28.
7. 5-3-75 1334: "Skylook, Aug. 75, p. 4." Outline code M5. Detail codes TD1(TR), P1(1).
8. 4-23-66 0210: "UFOs: A New Look, Ibid. p. 22." Outline code T3;M3;B3 (1=9.3,h=1.4). Detail codes TP8(2)(SL);MP1(17);BD7(1)(SL).
9. 2-19-51 0720: "The UFO Evidence, Ibid. p. 124." Outline code V5(1=3,h=0.7).
10. 5-31-69 0130: "UFOs Behind the Iron Curtain, Ibid., p. 162." Outline code V5(1=4. 3, h=0.7).
11. 2-12-76 2345: "Skylook, March 76, p. 16." Outline code TM21;MT20;BT3, B12, B16. Detail code T(B).
12. 10-23-73 1130: "Flying S. Rev. v. 21, n. 1, pp. 3-6." Outline code V28.

Note 1 for Table 7 emphasizes that some sightings require textual descriptions in addition to coding symbols for clarity.

Observations on UFO Drawings

The "Some Observations" section on page 7 discusses the nature of these witness drawings. It notes that when professional artists draw UFOs based on witness accounts, the resulting drawings tend to be more symmetrical. The author suggests that it should be standard practice to indicate the artist's name or initials on each drawing and for a third party to verify the drawing's correspondence with the original sketch and verbal description.

The analysis of drawings in Figures 1 through 5, compared with data from Table 2, indicates that participants in the UFO drawing tests primarily produced two basic outline shapes: the flat bottom domed top disc and the domed top and bottom disc. Spheres and hemispheres were not drawn, and only 35 drawings were asymmetric.

The outline shape coding procedure, using codes from Tables 3 through 7, is described as a valid method for handling a wide variety of shapes and enabling statistical analysis. The longest code contained 5 "elements," while the shortest had one. An "element" is defined as any combination of letters and numbers between punctuation marks.

UFO Appearance Recognition and Identification Test Procedure

The document mentions the "UFO Appearance Recognition and Identification Test Procedure" developed by R. F. Haines, stating that its experience has shown it to be an effective tool. The procedure involves a specific layout format for coding, allowing for the symbolic representation of the original UFO witnessed.

References and Footnotes

References are provided for R. F. Haines' work, including "UFO Appearance Recognition and Identification Test Procedure" (1976) and "Observing UFOs" (anticipated publication date 1978).

Footnotes clarify several points:

1. Scientifically Acceptable Evidence: The definition of "scientifically acceptable evidence" for UFOs is addressed, with the study assuming it includes physical objects amenable to analysis by the scientific community.
2. Perceptual Capabilities: The author's book "Observing UFOs" is mentioned as discussing human perceptual capabilities and limitations.
3. Interpretation of Groups: The author clarifies that the study does not imply one group represents the "truth" over another but accepts statements from each group as true.
4. Invalid Drawings: Examples of "invalid drawings" are given, including "U-F-O" initials, a cup on a saucer, and a jet fighter aircraft, which were deemed ludicrous.
5. Cognitive Models: It is acknowledged that a cognitive model of a UFO is necessary to sort drawings into categories, but the present set of drawings showed similar amounts of outline shapes and detail regardless of the observer's model.
6. Acknowledgments: Peri Cline is thanked for her assistance in collecting and cataloguing drawings.
7. Definition of 'Element': An "element" in the coding system is defined as a string of characters separated by punctuation.

Epistemology of the Research

The final section heading, "EPISTEMOLOGY of the RESEARCH," suggests a deeper exploration into the philosophical underpinnings and theoretical frameworks guiding the study of UFO phenomena.

Recurring Themes and Editorial Stance

The recurring themes in this issue revolve around the systematic classification of UFO sightings based on visual evidence (drawings), the development and application of coding systems for analysis, and the methodological considerations in UFO research. The editorial stance appears to be one of rigorous, data-driven analysis, employing scientific methods to categorize and understand reported phenomena, while also acknowledging the subjective nature of witness testimony and the challenges in establishing objective proof. The emphasis on classification and statistical analysis suggests a move towards a more structured, scientific approach to the study of UFOs.

This document is an academic paper titled "THE PRESENT SITUATION OF UFO RESEARCH" by Luis Schönherr, published in UPIAR, Vol. II, N. 1, 1977, and edited by EDITECS in 1978. The author is based in Innsbruck, Austria, and the paper was received on January 14, 1978. It is written in English.

Abstract

The paper compares the current state of UFO research with the developmental phases and structure of scientific disciplines in general. It addresses problems related to the documentation and interpretation of UFO reports. Special attention is given to the question of disinformation, particularly if the UFO phenomenon is assumed to be a manifestation of an unknown intelligence. The author emphasizes the necessity of a thesaurus for all UFO-related qualities and demonstrates the advantages of a proposed 'unlimited' machine-readable UFO database. Finally, the paper discusses the potential implications of the prevalence of the extraterrestrial hypothesis (ETH) in UFO research, questioning whether it indicates that UFO research is still in a pre-scientific phase.

Key Concepts and Phases of Scientific Discipline Development

The paper outlines a model for the development of scientific disciplines, typically classified into three phases or activities:

The Descriptive Phase

This phase marks the beginning of any analysis and is considered 'scientific'. Its purpose is the collection, description, and storage of statements about facts, initially gathered spontaneously and later through systematic search or experimentation. Methods for data documentation are crucial instruments in this phase.

The Explicative Phase

This phase involves attempting to describe statements more precisely, leading to the development of a technical language with more exact terms than those used in everyday speech.

The Theoretical Phase

Following the descriptive and explicative phases, the theoretical phase begins with the formation of hypotheses – unproven assumptions intended to explain a given set of facts. These hypotheses, potentially hierarchically interdependent, can form theories.

A theory itself consists of two parts: the Basis (defined statements from the descriptive and explicative phases) and the Theoretical Part (a logically consistent, non-contradictory arrangement of the basis, aiming for simple, economical laws).

The Pre-Scientific Phase

Sometimes, these three phases are preceded by a 'Pre-Scientific Phase'. In this stage, individuals recognize a problem but their current scientific knowledge is insufficient to address it adequately. This leads to pseudo-explanations, such as anthropomorphisms or inadequate analogies, and a characteristic attitude of ascribing observed effects to the direct intervention of some hypothetical superior intelligence.

The author notes that while it's presumptuous to deny the possibility of interaction with superior non-human intelligences, a suspension of judgment is generally more appropriate from both a faith and scientific methodology perspective than prematurely accepting such interaction as proven.

Materials and Methods: Documentation and Interpretation of UFO Reports

The paper then delves into aspects important for documenting and interpreting UFO reports:

Observed and Not Observed Activity

If UFO events were mere fables, hallucinations, or phenomena created by the observer's psychic state (ideoplasty), the number of actual events would equal the number of observations. Similarly, if UFOs exist independently but follow humans, observed and actual activity would be similar. However, if the phenomenon has no relation to the observer or actively avoids them, a considerable amount of non-observed activity must be suspected. Other factors influencing observation probability include weather, population density, and daily habits.

Reported and Observed Events

The astronomer J. Allen Hynek introduced the term 'strangeness' into UFO research, defining it as the degree to which a report's elements defy explanation by present knowledge. The author assumes that the readiness to discuss an experience depends on the observer's assigned strangeness. A diagram (Figure 1) illustrates that while the number of observed events might be constant across strangeness categories, the readiness to report is highest in the middle range of the strangeness scale and rather low overall. This implies a significant number of non-reported events. Cpt. Edward Ruppelt of Project Bluebook estimated in 1952 that at best 10% of UFO observations were reported to the US-Airforce. The Condon Report (1969) also suggested only 10-13% of observers report their experiences. An event needs a minimum of unusualness to motivate reporting, but not so much that the observer fears disbelief or ridicule.

Published and Reported Events

Despite field investigations, the understanding of the UFO phenomenon is largely based on media reports. Factors influencing this include news value, editorial policy, military/civil secrecy, repression by other information (sports, politics), communication network density, and circulation. UFO reports appearing in the press during news lulls might indicate that such news has a better chance of being published when other information is scarce, not necessarily that events were restricted to those periods or invented.

Recorded and Published Events

'Recorded' events are those known to individuals or groups investigating UFOs. Before 1967, a search for newspaper reports from the 1947 UFO wave revealed more cases than were previously known even to experts.

The Causes of the Events

The true nature of UFO events can be distorted by attributing all phenomena under this term to a single cause. Phenomenologically similar occurrences might have very different causes (e.g., ball lightning vs. 'true' UFOs). The complex stratification of the phenomenon raises doubts about a common cause, even if events appear temporally connected.

Disinformation

The complexity of UFO phenomena can be interpreted as disinformation originating from the phenomenon itself, designed to prevent the demonstration of regularity. This implies intelligent causation behind the phenomenon. Caution is therefore necessary. The disinformation hypothesis, especially in its extreme forms, could be relegated to persecution mania syndromes. However, it is considered an indication of the helplessness in facing the 'hair-raising absurdity' of some UFO manifestations.

Key Words

The paper lists the following key words: Analysis, Data Base, Description, Descriptive Phase, Disinformation, Explicative Phase, Extraterrestrial Hypothesis, Extrinsic Factors, Field Investigation, Formalization, Game Theory, Heuristic, Methodology, Noise, Persecution Mania, Pre-Scientific Phase, PSI, Random Sample, Signal, Strangeness, Theoretical Phase, Thesaurus.

Recurring Themes and Editorial Stance

The recurring themes are the scientific methodology applied to UFO research, the challenges in data collection and interpretation, the potential for disinformation, and the critical evaluation of the extraterrestrial hypothesis. The editorial stance appears to be one of rigorous scientific inquiry, advocating for systematic approaches, clear definitions, and a cautious, evidence-based evaluation of phenomena, while acknowledging the complexity and potential for misinterpretation within the field of UFO research. The paper encourages a move from a 'pre-scientific' to a more structured, scientific approach.

Title: UPIAR
Issue Date: 1977
Volume: II, N. 1
Publisher: EDITECS
Country: USA

This issue of UPIAR features several articles and discussions related to UFO research, data analysis, and the scientific approach to understanding unexplained phenomena.

Disinformation Hypothesis and Game Theory

The article begins by discussing the disinformation hypothesis, noting it's not a new concept and has roots in religious and occult traditions. It suggests that if this hypothesis were true, knowledge of game theory would be applicable, similar to challenges faced by parapsychologists interpreting PSI experiments. The author posits that a superior intelligence could easily manipulate humans if the disinformation hypothesis were correct. The distinction between information and disinformation is then compared to signal and noise in communication systems, highlighting that disinformation's form is not inherently different from information, making it recognizable only through inconsistency, comparison with other references, or the realization of disadvantageous actions by the deceived.

UFO Data Collection and the UFOCAT Database

The text addresses the issue of UFO data collection, stating that due to 'extrinsic factors' influencing the generation and dissemination of UFO reports, the currently recorded material cannot be considered a representative random sample. The American project UFOCAT is introduced as a major data collection effort, begun seven years prior, comprising over 70,000 entries, though with some redundancy and varying data quality due to heterogeneous origins. The article mentions Dr. David Saunders from the Center for UFO Studies in Evanston, Illinois, as a contact for UFOCAT. It also references a study (reference 7) on computing the influence of extrinsic factors quantitatively.

The Description of UFO Events and Methodological Challenges

This section tackles the problems associated with the documentation and field investigation of UFO events. It argues against restricting research a priori to reproducible and quantifiable phenomena. The agreement in reports from different parts of the world over decades is presented as justification for the presumption of objective facts. Unlike instrument data from experimental series, which are well-defined due to calibrated instruments and described marginal conditions, data furnished by human observers ('man') are less precise. The necessity of analyzing observer descriptions, reducing them to defined descriptors, and formalizing them for economical data storage is emphasized. Analysis and formal rigor are deemed prerequisites for quick information retrieval.

Requirements for a UFO Thesaurus and Data Base

For hypotheses to gain attention from authoritative scientists, they must be based on analytically unobjectionable data. This requires a thesaurus of observed UFO phenomena qualities, with clear, precise, and non-ambiguous definitions of descriptors, logical separation between them, and scales for quantitative data corresponding to actual precision. An appropriate classification system should allow users to quickly find instructions for descriptors. The article advocates for striving for optimal completeness of descriptors and the possibility of adding new ones. Hitherto existing UFO databases are criticized for considering only a limited number of descriptors due to economic reasons, which inherently includes a hypothesis about the phenomenon. An ideal, 'unlimited', neutral, and hypothesis-free database is proposed, which would serve interdisciplinary research better, offer increased flexibility, and be more convincing due to its lack of pre-existing hypotheses. Such a database would allow for the description of the phenomenon in all its aspects and preserve it for future studies.

Results and Discussion on UFO Research

The 'Results' section acknowledges that essential problems in UFO report documentation and interpretation are not yet solved but are recognized. The existence of various UFO database projects, some using computers, justifies the assumption that UFO research has entered a descriptive phase and should be considered a scientific discipline.

The 'Discussion' section notes that a significant part of UFO research exhibits symptoms typical of a pre-scientific phase. This is indicated by the dominance of the Extraterrestrial Hypothesis (ETH) in publications, often presented as a definitive solution, while alternative explanations are inadequately considered. The article points out that even a meteorite has an extraterrestrial origin, but in ufology, the ETH implies intelligent causation. It uses the example of an unidentified plane flying over a state's territory, where the immediate goal would be to identify the type and purpose of the mission, allowing for conclusions about possible bases. This type of hypothesis about origin can be heuristically valuable when something is known about technological abilities and strategic intentions. However, in the case of the ETH, virtually nothing is known about the hypothetical extraterrestrial place of origin. Therefore, the ETH can only be verified by eliminating other explanations, and for this elimination process, the ETH itself is unnecessary.

Efforts to establish ufology as a recognized interdisciplinary field have been impeded by the fact that from its inception (1947), the UFO phenomenon was widely discussed solely under the aspect of the ETH. The American historian Jacobs viewed the ETH as a trap, and J. Allen Hynek, in his criticism of the Condon Report, emphasized that the ETH confuses the problem. Hynek's primary question was whether the UFO phenomenon, independently of its origin, is a legitimate subject for scientific study. The article concludes this section by observing that the ETH appears to be becoming less predominant, and this trend remains to be seen.

References

The issue includes a list of references, citing works by Ted Bloecher (1967), E.U. Condon (1969), Jule Eisenbud (1975), J. Allen Hynek (1972, 1969), D. Michael Jacobs (1975), and David Saunders (1975). These references cover various aspects of UFO phenomena, reports, and studies.

Publication Information and Acknowledgements

It is noted that this paper was originally published in German in "GRENZGEBIETE DER WISSENSCHAFT", Vol. 26, 1977, Heft 1, by Resch Verlag in Innsbruck, Austria, under the title "WO STEHT DIE UFO-FORSCHUNG HEUTE?". The publisher and author express gratitude to Prof. Dr. Andreas Resch for permission to publish it in UPIAR.

UFO and Astronomy Textbooks by Willy Smith

Another article by Willy Smith from Lycoming College discusses the inclusion of UFOs in astronomy and physics textbooks. It states that until recently, UFOs were absent from respectable scientific journals and textbooks, possibly to avoid 'poisoning' students with unorthodox concepts. However, a subtle change is occurring, with UFOs being mentioned in some introductory books, though often apologetically and negatively biased to maintain the authors' reputations. The article argues that while it's impossible to prove the lack of reality of a non-existent phenomenon, the increasing awareness of an unexplained mystery within the scientific community is evident. The author suggests that the scientific community's efforts to convey that there is 'no such thing as the UFO problem' are met with a growing awareness of an unexplained mystery that defies analysis.

Recurring Themes and Editorial Stance

The recurring themes in this issue revolve around the scientific methodology applied to UFO research, the challenges of data collection and interpretation, and a critical examination of the dominant Extraterrestrial Hypothesis (ETH). There is a clear editorial stance advocating for a more rigorous, objective, and hypothesis-free approach to studying UFO phenomena, emphasizing the need for comprehensive data bases and interdisciplinary research. The issue also touches upon the concept of disinformation and its potential role in shaping public perception and research findings. The overall tone suggests a move towards treating UFO research as a legitimate scientific discipline, albeit one still grappling with pre-scientific tendencies.

Title: UFO Universe
Issue: Vol. 4, No. 23
Date: July 1978
Publisher: UFO Universe
Price: $1.50

This issue of UFO Universe critically examines the treatment of UFOs in contemporary astronomy textbooks and reviews several recent books on ufology. The magazine features articles that delve into the scientific study of UFO phenomena, humanoid sightings, and the challenges of ufological research.

UFOs in Astronomy Textbooks

The lead article, "UFOs in Astronomy Textbooks," scrutinizes three new astronomy textbooks for their handling of the UFO phenomenon. The author expresses strong disappointment with 'CONTEMPORARY ASTRONOMY' by Dr. Jay M. Pasachoff of Williams College, deeming its four-page discussion "deplorable" and indicative of "total ignorance." The article refutes Pasachoff's claims that most sightings are explained by natural phenomena, citing the significant residue of unexplained cases and statistics from surveys by Dr. Hyneck and Dr. Peter Sturrock, which indicate a notable percentage of astronomers have experienced unexplained sightings.

Similarly, 'INTRODUCTION TO ASTRONOMY' by Dr. Oriti and Dr. Starbird is criticized for its confusing distinction between UFOs and flying saucers and its rehashing of arguments against extraterrestrial craft. While acknowledging its more sophisticated approach, the author points out that the book's focus on elimination processes (transforming UFOs into IFOs) fails to adequately address the substantial residue of unexplained cases.

A more balanced treatment is found in 'OUR EVOLVING UNIVERSE' by Walter H. Hesse, which is praised for its fair historical description of the UFO phenomenon and accurate evaluation of the Condon Report. However, Hesse's statement that "No responsible scientist believes (sic) that UFOs are of extraterrestrial origin" is questioned, with the author arguing that the extraterrestrial hypothesis may fit the accumulated information better than others, and that exploring this possibility does not make a scientist irresponsible.

The article concludes by expressing gratitude to authors who introduce the UFO topic into textbooks, viewing it as a step forward that will encourage more scientists to discuss their findings and contribute to ufology becoming a respectable interdisciplinary endeavor.

Book Reviews

"Le Nouveau Défi des OVNI" (The New Challenge of UFOs) by Jean Claude Bourret

This book review highlights the importance of "Le Nouveau Défi des OVNI," edited by Jean Claude Bourret, for confirming that the French Gendarmerie has been tasked with investigating UFO accidents. The book is noted for including important papers by professional scientists. It examines case histories gathered by the Gendarmerie since 1970 and features studies by scientists, including two papers by Poher, formerly of GEPAN. Poher's work includes an analysis of the B47 case and a statistical study on the objective reality of UFOs as anomalous phenomena.

Other contributions include an article on an automatic station for registering physical and meteo parameters during UFO sightings by SVEPS, a paper by astrophysicist Pierre Guérin on the problem of proof in ufology, and a study by Jean Pierre Petit of CNRS that uses physics laws to justify UFO maneuvers and shapes through magnetohydrodynamics. The review concludes that the book is "really interesting" and recommends it.

"1973 - YEAR OF THE HUMANOIDS" by David Webb

This review discusses David Webb's "1973 - YEAR OF THE HUMANOIDS," a comprehensive reference work on the extraordinary UFO/humanoid wave of 1973 in the United States. The book is structured into five chapters followed by an extensive bibliography. It addresses the challenges of studying humanoid reports, emphasizing the reliance on eyewitnesses and proposing methods for more objective analysis. Webb's approach includes presenting data in narrative and computer-compatible forms, using a coding system for quantitative analysis.

The review notes the difficulty in assessing the reliability of humanoid reports, suggesting the need for new techniques and standardization. The chapter on abduction cases is highlighted as particularly fascinating, discussing eight reported abductions and alleged electromagnetic effects. The book also explores correlations between different humanoid waves, such as the 1973 US wave and the 1954 French wave, and offers cogent criticisms of earlier works, like those by Vallée.

The reviewer praises the book's clear layout, lively style, and its potential to become a leading introduction to systematic research on CE III data.

"A la Recherche des OVNI. La vérité sur les soucoupes volantes" (In Search of UFOs. The Truth About Flying Saucers) by Jacques Scornaux and Christiane Piens

This review introduces a book by two young researchers, Christiane Piens and Jacques Scornaux, which aims to help readers understand how science approaches new problems, specifically UFOs. The book is seen as distinguishing itself from other divulgation-focused titles by emphasizing a scientific approach. It categorizes UFO literature into two types: those that examine case histories without a scientific focus, and those that present lectures and adopt a scientific methodology.

Recurring Themes and Editorial Stance

The recurring theme throughout this issue is the critical examination of how the UFO phenomenon is presented in scientific literature and the ongoing efforts to study it scientifically. The magazine advocates for a more rigorous and open-minded approach to ufology, challenging skeptical biases found in some academic circles. There is a clear editorial stance favoring the serious investigation of UFOs, acknowledging the existence of unexplained phenomena, and promoting ufology as a legitimate field of interdisciplinary study. The issue emphasizes the importance of evidence-based research and the need for scientists to openly discuss their findings, even if they challenge conventional paradigms.

This issue of UFO Phenomena, Volume 1, Number 1, published in 1976, focuses on the scientific approach to studying UFO phenomena, critiquing less rigorous methods and exploring the current state of ufology, particularly in Italy.

Book Review: OVNIS: EL FENOMENO ATERRIZAJE (UFO's: The Landing Phenomenon)

The review by Roberto Farabone discusses Vicente-Juan Ballester Olmos's book, which aims to present UFO landings in their 'purest form' by sifting through cases and eliminating trivia. The book is praised for its thorough research and is not considered a sensationalist work. It covers various aspects of the phenomenon, including the Hynek classification, 'humanoids', and physical interactions. The reviewer notes that while the book adheres to the principle of conceptual economy, it leans towards sympathizing with the extraterrestrial hypothesis, exploring theoretical possibilities of non-human beings and examining alleged contacts. The review also mentions the book's analysis of organizations like the Blue Book project, the Condon Report, and the Center for UFO Studies, as well as its examination of ancient UFO sightings and the Villas-Boas case.

Jacques Vallée's contribution to the review highlights the book's depth and dramatic value, emphasizing that the UFO mystery is not limited to specific regions but is global. He notes that the book is for the general reader, not just specialists, and that the author's work has significantly advanced the understanding of the UFO mystery in Europe. Vallée praises Ballester Olmos's impeccable analysis and hypotheses regarding the nature of UFOs, his objective and clear description of his work, and the contagious excitement of his research.

Letters to the Editors

The 'Letters to the Editors' section is presented as a central forum for scientific debate and criticism within the UFO community. It welcomes comments on published works, announcements of events, and requests for information.

Cosmic Conciousness Conditioning: Some Remarks

Dr. Leo Sprinkle's article is critically examined by Claude Rifat, who expresses incredulity regarding hypotheses 7 and 8, particularly those involving 'bioenergetic fields' and 'psychic forces from the collective unconscious.' Rifat finds these concepts ludicrous from a scientific standpoint and believes they lend an air of pseudo-science to ufology. He argues that presenting such ideas as more than speculative is not serious and hinders ufology's credibility. Rifat cites an example from New Scientist about 'The secret life of plants' to illustrate how such claims can lead to absurdity.

In response, the author of the article defends the purpose of engaging in 'exhortation' and 'speculation' and presenting tentative hypotheses. While acknowledging that concepts like 'aura' or 'bioenergetic field' are outside traditional science, the author argues that experienced UFO investigators are aware of paranormal aspects and must consider non-traditional methods. The author references the work of Clark and Coleman, and P. M. H. Edwards, suggesting that hypotheses involving 'sensitives' or paragnosts might be testable, citing Dr. Shafica Karagulla's research on medical laboratory tests supporting such claims. The author also discusses the challenge of UFO research in finding a unifying theory and questions whether credibility lies in the evidence or the investigators themselves. The author concludes by expressing a desire for Dr. Rifat to share his own hypotheses and quotes George Andrews regarding the possibility of accepting 'wild' or 'weird' statements and asking fundamental questions about UFO research.

The 'Dragons Speak' Quotation

The issue includes a lengthy quotation from George Andrews, referencing Thomas Bearden's 'Free Stream Creation.' This passage describes a form of communication and science that operates beyond conventional understanding, involving multidimensionality, consciousness, and a 'severe force screen' to protect neuronal circuits. It suggests that 'we' (presumably non-human entities) are communicating with humanity to prepare it for a shift in consciousness, using a science that is 'just a little beyond where you are now.' The text describes phenomena as shifting between solid 3-d matter and photonic light, and discusses the concept of a collective unconscious and a multidimensional nature of reality, where 'we' can be 'you' or all of these simultaneously.

UFO Research in Italy

This section delves into the landscape of UFO research in Italy, beginning with an open letter from Roberto Doretti that criticizes the lack of serious scientific investigation by official Italian organizations due to 'intellectual myopia' and bureaucracy. Doretti calls for an 'active example' of a civilian 'élite' to lead more correct and homogeneous research, free from the influence of sensationalist publishing houses.

The response details the history and activities of the Centro Unico Nazionale (CUN), later Centro Ufologico Nazionale, founded in 1965. CUN is described as a non-profit research organization that played a significant role in developing UFO research in Italy and abroad, with its activities documented in various bibliographies and publications. The text highlights CUN's struggle against hoaxers and cultism, and its efforts to provide more correct information by cooperating with popular magazines. It notes that CUN's bi-monthly publication, 'Notiziario UFO,' faced challenges competing with newer, more popular magazines.

The article discusses CUN's dilemma in the face of these new publications and the 1973 UFO flap in Italy. Some members left to form CNIFAA, prioritizing research over organization. CUN decided to reorganize and engage with the popular magazines to sensitize readers and provide accurate information. The text asserts that this policy proved useful, helping to prevent the uncontrolled spread of 'wild' UFO tales and originating more correct information. CUN's independence and efforts have led to its mention in numerous books and its recognition by mass media.

The article recounts CUN's recent activities, including its Second National Congress of Ufology in 1977, which featured foreign delegates and the presentation of a computerized analysis of the 1954 Italian UFO wave. This analysis, based on approximately 400 sightings, is presented as the first scientific approach to UFO research in Italy conducted by CUN. The text concludes by stating that CUN's most important challenge is to manage the scattered efforts of young, self-styled ufologists and to make them understand the value of an experienced, authoritative, and unified study center like CUN.

Recurring Themes and Editorial Stance

The recurring themes in this issue revolve around the importance of rigorous scientific methodology in UFO research, the critique of unsubstantiated hypotheses, and the exploration of the extraterrestrial hypothesis. There is a strong emphasis on distinguishing between serious research and sensationalism. The editorial stance appears to favor a scientific, evidence-based approach while acknowledging the complex and often paranormal aspects of UFO phenomena. The issue also highlights the challenges and developments in the field of ufology, particularly in Italy, advocating for organized, credible research centers.

This issue of UFO PHENOMENA, dated October 1977, focuses on the state of ufological research in Italy and critiques international UFO research practices. It features contributions from various individuals, including R. Doretti, Dr. Roberto Pinotti, Ernst Berger, and Francesco Izzo, discussing methodologies, data analysis, and the challenges of scientific inquiry in the field.

Centro Ufologico Nazionale (CUN) and Italian Ufology

The articles highlight the efforts of the Centro Ufologico Nazionale (CUN) in Italy to establish a serious, non-profit UFO research organization. The gradual formation of local branches ('Sezioni') and the development of 'Squadre di Intervento' (Field investigative squads) are described as steps towards an 'ACTIVE EXAMPLE' of ufological research. CUN aims to create a comprehensive UFO DATABANK and emphasizes the importance of experienced field investigators with technical and scientific preparation. The magazine notes that CUN's programs are gaining cooperation from smaller independent groups. The process of computerizing recent and future UFO events in Italy began in 1978, with the goal of developing CUN's research efforts. Unofficial cooperation with scientific and military figures is also mentioned as useful.

Critique of International UFO Research and Publications

A significant theme is the perceived inferiority complex of Italian ufologists when interacting with foreign UFO study groups, particularly American ufologists. The creation of UFO PHENOMENA in English is seen as a manifestation of this unconfessed psychological situation. The author expresses frustration that CUN's analyses, often published in 'NOTIZIARIO UFO', have been frequently ignored by foreign publications, suggesting this is not solely due to a linguistic barrier but also to the superficiality of many foreign UFO publications, especially in the USA.

• Several examples are provided to illustrate this point:
• A widely cited CE III case near Milan in 1954, involving a landing and humanoids, was exposed as a hoax by CUN in 1969 but continued to be considered a significant Italian case abroad. The incident actually took place at Tradate.
• CUN's reporting in 1974 on an agreement between the USA and the Soviet Union regarding nuclear war risk notification, triggered by unidentified objects, was revealed by CUN to the Western World for the first time but received no foreign comment until later when it was 'discovered' in the USA.
• An alert communication by CUN in 1967 about the formation of the Soviet UFO Committee was also ignored by Western ufologists.
• The Monguzzi photographic case, presented by CUN in 1976 with details of its fabrication, was not mentioned in foreign publications, yet many abroad still consider it reliable.
• A report on important CE III cases in Italy, including photographic ones, published by CUN in 1976, was ignored by foreign publications, with only a partial account appearing in 'FLYING SAUCER REVIEW' quoting a Spanish press source.

The author emphasizes that these criticisms are not intended to disparage foreign colleagues but to help Italian ufologists overcome their inferiority complex and combat superficiality.

Statistical Analysis of UFO Wave Data

Ernst Berger's article, 'Are UFOs Poisson-Distributed?', is discussed and critiqued. Vicente-Juan Ballester Olmos, in his letter to the editor, corrects Berger's calculations regarding the chi-square test. Olmos's analysis yields a chi-square value of 32.77, ten times higher than Berger's result. This higher value suggests that the differences between theoretical Poisson distribution and the Austrian wave's data are not purely due to chance effects. Olmos concludes that the structure of the Austrian wave, and potentially others globally, cannot be built by random processes. He infers that the construction of a wave is due to anomalous physical stimuli and that UFO activity may fluctuate due to the existence of some 'intelligence' within the phenomenon.

Ernst Berger, in his response, acknowledges the corrections and agrees that the Austrian wave data do not follow a random distribution. He suggests that problem-adequate statistical descriptions and hypothesis testing for wave data should continue. However, Berger cautions against inferring 'intelligence' solely from the prevalence of UFO motion directions, comparing it to the non-random directions of waterspouts and tornadoes. He concludes that the subject is open to further research.

State of Art in Ufology

Francesco Izzo's contribution, 'State of Art?', reflects on the current landscape of UFO research. He notes a decline in the 'extraterrestrial hypothesis' (ETH) and a rise in 'paraphysical hypotheses' formulated by 'would-be specialists'. Izzo suggests that this proliferation of 'nonsense literature' may stem from a psychological dependence on public opinion frustrations, with UFOs offering cosmic consolation or new mind horizons. He emphasizes the importance of studying the witness perception and data processing systems, rather than solely focusing on the nature, origins, and purposes of the perceived phenomenon. Izzo points out that UFOs are often a source of profit, while the percipient is not. He criticizes the tendency to explain the unknown in terms of the even more unknown, which has removed the scientific community from unbiased investigation. He highlights the value of interdisciplinary approaches, citing research in neurochemistry, UFO shape perception, hallucination mechanisms, and abduction experiences as stimulating scientific avenues.

Recurring Themes and Editorial Stance

The recurring themes in this issue revolve around the establishment of rigorous scientific methodology in ufology, the challenges of international scientific cooperation, and the critical evaluation of data and research findings. There is a strong emphasis on the need for Italian ufology to assert its credibility on the global stage and to overcome perceived biases and superficiality in foreign publications. The issue advocates for a more scientific and interdisciplinary approach to understanding UFO phenomena, moving beyond mere speculation and sensationalism. The editorial stance appears to be one of promoting serious, evidence-based research and fostering a more critical and objective understanding of the UFO phenomenon.

Title: UFO PHENOMENA
Issue: Vol. II N. 1
Date: 1977
Publisher: UPIAR
Description: An international annual review devoted to the scientific study of UFO phenomena.

Contents Overview

This issue of UFO Phenomena, published in 1977 by UPIAR, presents a comprehensive review of UFO research and related topics. It is organized into several sections, featuring articles by various authors.

Editorial Board

The issue begins with the Editorial Board's section, including the Editorial, Scope and purpose, and Instructions to Authors.

Section I: "Solid Light" Beam Cases

• Author: Jan Heering
• Article: A comparative analysis of 62 "solid light" beam cases.
• Page: 11

This section likely delves into the characteristics and analysis of UFO sightings involving "solid light" beams.

Section II: Austrian UFO Patterns

• Author: Ernst Berger
• Article: Austrian UFO patterns.
• Page: 53

This article focuses on UFO sightings and patterns observed specifically within Austria.

Section III: Brain and UFO Reports

• Author: Claude Rifat
• Article: Is the Locus Coeruleus, an important anatomical center of the brain, involved in the most bizarre aspects of UFO Reports? The induced dream hypothesis.
• Page: 93

This section explores a potential neurological connection to UFO experiences, specifically investigating the role of the Locus Coeruleus and proposing the induced dream hypothesis.

Section IV: UFO Drawings

• Author: Richard Haines
• Article: UFO drawings by witnesses and non-witnesses: Is there something in common?
• Page: 123

This article examines drawings of UFOs made by individuals who claim to have witnessed them, comparing them with drawings by non-witnesses to find commonalities.

Section V: UFO Research and Astronomy

• Author: Luis Schönherr
• Article: The present situation of UFO Research.
• Page: 155

This article provides an overview of the current state of UFO research.

• Author: Willy Smith
• Article: UFO and astronomy textbooks.
• Page: 175

This piece likely reviews or discusses the treatment of UFO phenomena within astronomy textbooks.

Additional Content

• Book reviews: (Page 183)
• Letters to the Editors: (Page 191)
• State of art: (Page 204)
• Books and journals received: (Page 206)

These sections provide supplementary material, including critical assessments of relevant literature, reader feedback, and information on new publications.

Recurring Themes and Editorial Stance

The recurring themes in this issue revolve around the scientific investigation of UFO phenomena, including detailed case analyses, geographical patterns, potential psychological and neurological links, and the broader context of UFO research. The editorial stance appears to be one of serious, scientific inquiry into the subject matter, as indicated by the publication's subtitle and the nature of the articles presented.