Aura Z - No 1 - 1993

Magazine Overview

This issue of "aura-z" (№1/93, March) is a quarterly illustrated journal dedicated to new technologies, medicine, and mysterious phenomena. The cover features an artistic rendition of a person with multiple eyes and highlights "Russian Tesla" Stanislav Avramenko. The magazine covers a range of topics, including ufology, bioenergetics, biolocation, cryptozoology, medicine, and scientific advancements.

Ufology: From Complete Denial to Secret Laboratories

The article "UFOs and Politics" by Lev Chulkov provides a historical overview of ufology in the USSR, detailing the suppression and skepticism faced by researchers from the 1950s onwards. It mentions early attempts to study UFOs, including a supposed directive from Stalin to S. Korolev, which Korolev reportedly avoided. The article highlights the efforts of enthusiasts like Felix Siegel, an astronomer who dedicated his life to researching UFOs, organizing expeditions, and collecting information despite official disapproval. It recounts how reports of sightings were often dismissed by authorities, attributing them to experiments or natural phenomena, and how scientists who pursued the topic faced professional repercussions.

The magazine presents declassified materials from KGB archives under the heading "Under the Grieff 'Secret'." These documents include reports from military personnel, civilian pilots, and air traffic controllers, detailing observations of unidentified flying objects across the vast territory of the USSR between 1982 and 1990. One notable incident described is a radio transcript from July 26, 1989, near Sochi airport, where air traffic control and pilots of three aircraft observed two unidentified objects, one described as dirigible-shaped and the other round, moving at high speed.

The article also touches upon the official reaction to UFO phenomena, noting that while the public was often met with ridicule, there was an underlying interest from high-ranking officials. It mentions the formation of a commission in 1982 to study UFOs, headed by corresponding member of the Academy of Sciences V. Troitsky, with prominent figures like pilot-cosmonaut P. Popovich as deputies. However, this commission reportedly did not fulfill its task of allowing official research or publications.

Key Figures and Their Contributions

Several individuals are highlighted for their contributions to ufology and related fields:

• Stanislav Avramenko: Featured on the cover, associated with the title "Russian Tesla."
• Felix Siegel: An astronomer who began UFO research in 1955 and was a dedicated advocate, facing significant opposition.
• Boris Artamonov: A scientific consultant for the magazine, involved in analyzing UFO photographs and drawings.
• Lev Chulkov: Author of an article on the history of ufology in the USSR.
• Yuri Simakov: Member of the editorial board and creator of a bio-detector.
• Alexander Pluzhnikov: Member of the editorial board, involved in biolocation.
• Marina Popovich: A test pilot who has dedicated over ten years to ufology, focusing on rehabilitating colleagues who encountered unidentified objects.
• S. Omelchenko: A correspondent who reported on an encounter by a flight engineer.
• V. Psallomshchikov: A candidate of physical and mathematical sciences who commented on the nature of observed phenomena.
• V. Burdukov: A doctor of technical sciences and former chief designer for S. Korolev, who shared insights into Korolev's involvement with UFO matters.
• M. Tikhonravov: Mentioned as a source of information regarding Korolev's analysis of UFO materials for Stalin.

Other Topics Covered

Beyond ufology, the issue includes articles on:

• Bioenergetics: "Laws of the Spiritual World" by Alexander Avshalumov, and "Invisible Energy Forms Pose" based on Boris Artamonov's archives.
• Biolocation: "Biolocation and Objects of History" by Alexander Pluzhnikov.
• Cryptozoology: "Who Needs This 'Snowman'...?" by Maya Bykova.
• Medicine: "Push Back the Autumn of Your Life" by Mikhail Karlov.
• Scientific Section: "Physics of Quantized Space and Time" by Valentin Zolotarev and Boris Shamshev.
• "Know-How": "SENSATION! Current - Through One Wire..."
• Mysterious Phenomena: "Hallucinations on Film" by Gennady Krokhalev.

Editorial Stance and Publication Details

The magazine states that it is published four times a year in Russian, English, French, Spanish, and Italian. It also notes that manuscripts are not reviewed or returned, and the editorial board's opinion does not always coincide with that of the authors. The copyright for "AURA-Z" is held by the publication in 1993. The issue includes a disclaimer that when reprinting materials, a reference to the journal "AURA-Z" is mandatory.

Recurring Themes and Editorial Stance

This issue of "aura-z" strongly advocates for the serious study of UFO phenomena, presenting historical evidence of suppression and the persistent efforts of researchers. The editorial stance appears to be one of open inquiry into unexplained phenomena, challenging official skepticism and highlighting the importance of UFO research. The magazine aims to bring to light previously classified information and to provide a platform for alternative perspectives on science, technology, and the mysteries of the universe. The recurring theme is the struggle for recognition and acceptance of ufology as a legitimate field of study against a backdrop of government secrecy and scientific dogma.

This issue of 'UFO' magazine, identified as Volume 1, Issue 1, published in 1990, focuses on UFO sightings and related phenomena, primarily from Russia. The cover features two images of an Aeroflot IL-96-300 aircraft, with the main headline 'UFO'. The magazine presents a collection of eyewitness accounts, pilot reports, and preliminary scientific analyses.

Pilot Encounters and Sightings

The issue opens with a transcript of a radio communication between pilots (designated Э-1, Э-2, Д.) discussing an unidentified object observed at a distance of 30-40 kilometers. The object was described as two spots against the clouds, later moving rapidly and disappearing. The pilots attempted to track it using radar, but visibility was hampered by clouds.

Following this, the magazine presents three photographs taken in the spring of 1990 during tests of the IL-96-300 aircraft at a Moscow-region airfield. While no 'unidentified objects' were visually observed during the photo session, they became apparent upon developing the negatives and prints. Expert analysis confirmed the authenticity of the images, with one photo clearly showing the outline of the aircraft's cabin superimposed on the trail of an unknown object.

Khabarovsk Krai Sighting (May 23, 1985)

A report from Captain Third Rank V. Alexandrov details a sighting during planned flights by the N-th bomber regiment. At 22:35, an ellipsoidal UFO of pale orange color was observed moving silently at approximately 600 km/h at an altitude of 2-3 thousand meters, moving from west to east. A glowing halo surrounded the object, and no radar signals were detected. The UFO was visible for 13 minutes, with intermittent hovering and altitude changes. Two hours later, a similar object was observed for 10 minutes, with light beams emanating upwards and downwards.

Vladivostok Area Sighting (November 3, 1985)

Another report comes from a motorboat operator near Vladivostok. While operating his boat, he observed a UFO moving from north to south at a high altitude. The object emitted a light beam towards the ground, which did not reach the surface. When the UFO approached, the boat's motor unexpectedly stalled. After restarting the motor, a glow was observed from the ignition coil. The motor stalled again shortly after. The UFO then moved south towards Vladivostok, and the witness and his friend observed a satellite moving in parallel. Attempts to restart the boat's engine after this encounter were unsuccessful, and the boat was washed ashore. The engine's spark plugs failed to produce a spark, even after replacement.

Kamchatka Sightings (December 1987 - September 1988)

Reports from Kamchatka, near the Shiveluch volcano, describe systematic observations of spherical UFOs appearing as small, slowly rising lights that changed color from red to white. Their duration varied from 30 seconds to 7 minutes. One officer noted that these UFOs did not appear when military exercises were scheduled, suggesting a possible correlation. On December 16, 1987, a football-sized orange sphere was seen moving silently. On December 21, 1987, a similar sphere appeared before a missile launch. On July 26, 1988, a UFO with indistinct outlines was seen just before a launch. On September 9-10, 1988, a silvery object, larger than the Moon, appeared 5 minutes before a launch and then vanished. During this period, radio operators noted a deterioration in VHF radio wave propagation. Technical specialists proposed several explanations, including atmospheric electrical charges, illuminated balloons, or holographic projections, but these were not confirmed by factual data.

Kapustin Yar Sightings (July 28, 1989)

Military personnel from two units near Kapustin Yar reported observing UFOs for two hours. One witness, at a height of 6 meters, saw a powerful blinking signal resembling a camera flash. The object flew over the auxiliary facilities and hovered at an altitude of about 20 meters, emitting a dull green light. Another witness described the object as a disc 4-5 meters in diameter with a hemisphere on top, emitting a bright beam that made several rotations. The object then moved towards a railway station and later returned to hover over the rocket armament depots. It eventually flew towards Akhtubinsk and disappeared. The flashes were not periodic, and the object's movement was irregular, with occasional rapid side-to-side or vertical shifts, interspersed with hovering. The silhouette of the UFO and its emitted beam are depicted in a drawing.

A private, D. Tishchaev, confirmed observing the UFO with Warrant Officer V. Voloshin for two hours, noting its movements and hovering. He also observed a fiery ball rising from the ground. When the UFO approached him, he felt its proximity physically before it abruptly stopped. He witnessed an aircraft attempting to approach the UFO but the latter rapidly accelerated and outdistanced it.

Private G. Kulik reported seeing a blinking UFO about 3 km away. A bright light flashed near the ground where the object hovered, and another object rose from there. A third object, cigar-shaped and blinking red, was observed at an altitude of 300-400 meters. This cigar-shaped object approached the first UFO, and they both disappeared over the horizon.

Lev Vyatkin's Encounter (August 13, 1967)

Fighter-interceptor pilot Lev Vyatkin recounts an experience from August 13, 1967. During a training flight at an altitude of 10,000 meters, he observed a large, bright, oval-shaped object attached to the left side of his aircraft. He contacted the flight director, Major Musatov, who confirmed that no other aircraft were in the area. As Vyatkin attempted to evade the object by making a right turn, it began to fade as if controlled by a rheostat. He then initiated a left turn and observed a white light flash from above, followed by a slightly inclined, milky-white beam that rapidly approached. Vyatkin's aircraft's left wing brushed against the beam, causing the aircraft to shake violently and the instrument needles to go off-scale. The beam, upon contact, disintegrated into small, sparkling particles resembling a fading firework display. Vyatkin noted that the surface of his wing that touched the beam glowed noticeably in the dark. He references an article from 'Komsomolskaya Pravda' (October 17, 1989) about 'universal phantoms' and 'hard beams' that affect people physically.

Scientific Analysis of UFO Phenomena

The Nature of UFO Beams

Lev Vyatkin speculates that the 'hard beam' might not be a light beam but rather a magnetic-gas rod, capable of extending and retracting. He acknowledges that these are speculative ideas but feels compelled to share them due to the circumstances.

Yuri Simakov's Research on UFO Landing Sites

Biologist-zoologist Yuri Simakov discusses his research into potential UFO landing sites. He explains that UFOs may not always land directly but can influence soil ecosystems through electromagnetic fields. His work involves using bioindication and biotesting with various organisms, including single-celled creatures, to detect these effects, which can persist for 10-12 years. He describes experiments involving the introduction of soil samples into nutrient solutions and observing the resulting changes in microbial populations, noting that UFO influence can cause abnormal development or suppression of these populations.

Recurring Themes and Editorial Stance

The recurring themes in this issue are direct eyewitness accounts of UFO sightings, particularly those involving pilots and military personnel. The magazine highlights the unexplained effects of UFOs on technology, such as engine failures and electronic disruptions. There is also an emphasis on the physical characteristics of UFOs, including their shapes, lights, and emitted beams. The editorial stance appears to be one of serious inquiry into these phenomena, presenting various reports and preliminary scientific investigations without definitive conclusions, encouraging further research and discussion.

This issue of "UFO" magazine, Volume 1, Issue 10, published in 1992, focuses on the intersection of bioindication, psychic energy, and phenomena related to UFOs and radiation. The cover features a photograph of a woman with accompanying text, and the main headline highlights "The simplest way to protect yourself from radiation."

Bioindication of UFO Landing Sites

The magazine details experiments using simple organisms (protozoa) to study the residual effects of UFO landings. In the Podmoskovye region, specifically at the Sharapova Okhota station, a UFO landing in 1977 left a noticeable trace. Investigations four months later revealed patches of yellowed grass with burnt root systems, while the rest of the field remained green. Soil samples from the site exhibited unusual properties, with soil particles floating in water instead of sinking, and microscopic examination revealed sharp, fragmented sand grains, unlike the rounded grains found in control samples. Similar observations were made near Moscow in 1990, where soil samples showed fragmented sand and pebbles.

Further analysis involved counting protozoa in nutrient-rich samples from a suspected landing site near Zaravshan, Uzbekistan. This sand had a brownish-black color, and although it didn't contain charcoal, it produced a liquid that was non-toxic to daphnia, even promoting their reproduction. The author spent a year studying these samples, initially examining dry sand grains under a microscope before preparing wet mounts.

Microscopic examination revealed black, tiny dots moving erratically in the water, causing sand grains to vibrate. These movements were described as chaotic trajectories. A peculiar finding was the absence of protozoa and rotifers in a central circle at landing sites, surrounded by a spiral band of varying width, sometimes double-spiraled, reminiscent of galaxies. This spiral pattern was also observed in other UFO landing sites.

Two hypotheses were proposed for these spiral patterns: either the UFOs themselves create them through their landing and takeoff, or they are influenced by existing geopathetic zones or energy lines on the soil surface, which the UFOs then interact with.

The research extended to observing protozoa distribution in soil samples taken at 25 cm intervals from a one-hundred-square-meter plot. Protozoa were found in bands 25-30 cm thick, occurring every 30-40 cm, with wavy, sometimes spiral patterns. Similar patterns were observed with flagellates and colored algae in water bodies.

These patterns are described as having a third dimension – depth – forming undulating ribbons that spiral around a central axis where energy is concentrated. Such anomalous zones are often associated with UFO sightings, electrical discharges, atmospheric phenomena, and unusual effects on people and animals, leading to poor grass growth and unique biocenoses.

Chlamydomonas Experiments

Biotestering, using cultures of simple organisms, was employed to study these zones. In an experiment at Podrezkovo in 1978, a meter-long glass tube filled with Chlamydomonas was brought near a suspected UFO landing site. The organisms formed distinct, transverse green bands within the tube, indicating their reaction to the energy field. As the tube approached the landing site, these bands became thinner and more defined, eventually disappearing when the tube was placed within the landing spot itself. The liquid in the tube then appeared to flash, and the Chlamydomonas dispersed evenly. Moving the tube away caused the bands to reappear.

This phenomenon was repeated multiple times, suggesting an adaptation process. Similar band disappearance was observed when Chlamydomonas were exposed to flashing lights or near television screens. Magnetic fields (both alternating and constant) had little effect on the bands, but X-ray radiation, after a delay, caused a rearrangement.

When Chlamydomonas were placed in Petri dishes or flat containers, they formed tree-like patterns instead of bands. Exposure to landing sites caused these cultures to suffer and settle at the bottom, recovering after a few days. This led to questions about the effect of these fields on genetic material and potential mutations.

Psychic Energy and Transmutation

The magazine then shifts focus to the concept of psychic energy and its potential influence on chemical elements, drawing parallels with the work of Louis Kervran on spontaneous transmutation. Kervran's research suggested that living organisms can facilitate the exchange of protons within atomic nuclei, effectively changing one chemical element into another. This idea, initially met with skepticism, gained traction with theoretical advancements in nuclear physics.

Experiments involving psychic operators and plant seeds (winter wheat) were conducted. When seeds were exposed to psychic operators, their Nuclear Magnetic Resonance (NMR) readings changed. Some operators' influence led to inhibited growth, while others stimulated it. Notably, one healer, Petr Utvenko, influenced seed growth based on his intentions, with plants intended to grow doing so more vigorously.

These findings suggest that psychic energy can alter the nuclear organization of matter, impacting biological organisms. The article posits that collective psychic energy, such as from rallies or demonstrations, can have a powerful, unpredictable impact, potentially causing harm or destruction if negative, or beneficial effects if positive.

Spiritual Practices and Radiation Protection

A significant portion of the issue is dedicated to the protective effects of spiritual practices against radiation. An experiment involved wheat seeds, some of which were exposed to a lethal dose of radiation. One group of seeds was blessed by a healer near the relics of Sergius of Radonezh. These seeds, despite receiving the radiation dose, germinated and grew, unlike the control group. This demonstrated a protective effect, attributed to the psychic energy generated by prayer and spiritual intention.

Further experiments with seeds exposed to radiation and then blessed near the relics of Nikon of Radonezh showed significantly better germination and green mass compared to control groups. This led to the hypothesis that relics of saints might act as 'receivers' of higher energies.

The author contrasts the effectiveness of spiritual practices with the lesser results obtained from psychic operators in restoring plants. The article references Jesus Christ's words, "Your faith has saved you," suggesting that the energy of faith is more powerful than psychic energy and capable of transforming radioactive elements into non-radioactive ones.

The Turin Shroud Connection

The issue concludes with a letter to researchers of the Turin Shroud. The author proposes that the negative image on the Shroud might be a result of Jesus Christ's body emitting energy that caused transmutation of the linen's carbon, oxygen, and hydrogen atoms, creating yellow-colored molecules. This energy, described as divine, could have caused the fabric to straighten and project rays, leading to differential coloration based on the body's contours. The author dismisses radio-carbon dating as insufficient and finds validation in research suggesting the Shroud's image is not due to conventional photography but rather a result of bio-physical processes influenced by energy fields.

Recurring Themes and Editorial Stance

The magazine consistently explores the idea that consciousness and subtle energies play a significant role in physical phenomena. It bridges the gap between scientific investigation (bioindication, soil analysis, radiation effects) and more esoteric concepts (psychic energy, spiritual influence, UFOs). The editorial stance appears to be one of open inquiry into these unconventional areas, presenting experimental findings and theoretical possibilities that challenge mainstream scientific paradigms. There is a strong emphasis on the potential for positive spiritual practices to counteract negative forces, including radiation, and to influence matter at a fundamental level.

This issue of the magazine "UFO" (Volume 1, Issue 1, dated 1992) focuses on a variety of topics related to unexplained phenomena, including the Shroud of Turin, UFO sightings, and the nature of precognition.

The Shroud of Turin Hypothesis

Tamila Reshetnikova presents a working hypothesis regarding the Shroud of Turin, suggesting that its fabric might be "variable" in age across different sections. She posits that the imprint on the Shroud resulted from a double transmutation of elements under extremely high and low vibrations. Reshetnikova's theory proposes that the Shroud's age is dynamic and influenced by people's faith, with the energy field of Christian belief nourishing the fabric and maintaining its integrity. She suggests measuring the Shroud's age before and after Easter to observe its rejuvenation due to increased faith. Reshetnikova urges scientists to compare existing data from laboratories in Oxford, Switzerland, and Arizona with the Christian calendar, predicting that the youngest age determination would coincide with a major Christian holiday. She also recommends systematic radiocarbon dating of material from 1988, if preserved. The potential implications of this discovery for civilization and spiritual enlightenment are deemed significant.

Boris Artamonov and UFO Photography

Boris Artamonov, born in 1923, is introduced as a participant in World War II and a graduate of the Bryansk Institute of Transport Engineering. He holds a candidate's degree in solid-state physics and has held academic positions, including department head and dean. His research has spanned various fields, including instrumentation, engine construction, aviation, and space technology. For over twenty years, Artamonov has dedicated himself to ufology, focusing on the physical aspect of UFOs. He has authored a book on the methodology of photographing anomalous phenomena and is a member of a committee on energy-information exchange in nature, as well as a scientific consultant for the research center "AURA-2".

Artamonov's work involves analyzing a vast collection of photographic material from across Russia and the globe. He suggests that humans live within a space permeated by various energy fields, which, though not always perceived visually, can form objects, entities, and even worlds. His analysis has led to the classification of unidentified objects, including "black spheres" observed during the day, "black spheres in shells," glowing spheres seen during the day and night, lens-shaped spheres in ultraviolet light, objects with trails, and "running lights." The magazine presents a selection of these photographic materials, focusing on "Black Spheres Day and Night," noting that each type of object requires objective scientific explanation.

Several photographs of purported UFO sightings are included:

• Sofrino, Moscow Oblast, October 10, 1984: Two glowing objects are depicted over a body of water.
• Floresti, Moldova, April 15, 1990: A photograph shows a UFO with a luminous trail, possibly near a parachute.
• Zlatoust, Russia: An image shows a person standing near a wooden structure with a black sphere visible at their feet.
• Lake Ritsa, July 1988: Two individuals are shown with several spherical objects in the sky above them.
• Latyshskaya station, Naro-Fominsk, 1991: A distant glowing object is visible in the sky over a landscape.
• Volgograd, May 9, 1991: A photograph taken on Victory Day shows a crowd with small, dark objects in the sky.
• Moscow, August 1991: Two images capture multiple small, dark objects in the sky during the August putsch.

Precognition and Predictive Abilities

This section explores the concept of foresight and predictive capabilities in humans and other living organisms. Yuri Roscius, born in 1924, is highlighted as an author with over fifty publications, many of which concern the problem of prediction. His work includes the article "To Foresee in Order to Avoid."

The text recounts a historical anecdote from 1794 where Dutch forces, facing a French invasion, flooded the land. General Pishenryu considered retreating, but upon receiving reports of "house spiders zealously weaving webs" before a dry and cold spell, he decided to stay. The subsequent frost allowed the French to cross the frozen Waal River and enter Utrecht. This event is presented as evidence of animals predicting weather phenomena.

The article discusses the connection between natural phenomena and the behavior of living organisms, citing examples like birch sap levels indicating rain and the timing of leaves yellowing predicting spring. It also mentions how Mongolian herders use marmot burrows to predict winter conditions. The question is posed whether plants, insects, and animals possess a "prediction mechanism."

This leads to the concept of "anticipatory reflection," described as the ability of living organisms to extrapolate from past experience to model the future and make decisions to adapt and survive. This ability is seen as fundamental to the emergence of life and is further developed with the second signaling system in humans, enhancing the brain's capacity for foresight.

The text quotes cybernetician K. Shteynbukh, who stated that "The superiority of man lies in his ability to foresee future situations... and to influence them to his advantage." The article then explores the limits of this ability.

Historical Examples of Prediction:

• Avel: A monk born in 1757, known for his predictions of the deaths of Catherine II and Paul I, as well as the French invasion and the burning of Moscow. He was imprisoned multiple times for his prophecies.
• Alexander Pushkin: In 1817-1818, Pushkin was reportedly told he would live a long life but should beware of a tall, fair-haired young man on a white horse around his 37th year. Historian Mikhail Pogodin's diary entry from February 1837 mentions rumors of Pushkin's death and later confirms it, linking it to a duel with a fair-haired, tall cavalryman named Dantes.
• Erik de Bishop: The article references the book "Les confessions de Tatibout" by Francois de Pierref, which recounts the life of Erik de Bishop. Bishop reportedly had an innate knowledge of his destiny, including a prediction that his fate would be decided on the tenth parallel intersecting the 140th meridian. He died on August 30, 1958, during an emergency landing on Rakahanga Island, which was only a 6% deviation from the predicted location.
• Grigory Bakhchivanjii: The test pilot of the first Soviet jet aircraft, the BI-1, reportedly stated after his first successful flight on May 15, 1942, that he would die later. He died on March 27, 1943, during his seventh test flight.
• Socrates: As described in Plato's dialogue "Phaedo," Socrates spoke of a "demonic voice" that warned him against certain actions but never prompted him to do anything.
• Rene Trouin du Guay: A successful French corsair who wrote in his memoirs about an "inner voice" that often predicted events and circumstances.
• Jeanne d'Arc: Psychiatrist Pavel Kovalevsky noted Jeanne d'Arc's gift of foresight and premonition, suggesting that such phenomena, while difficult to explain, are real and may stem from heightened sensitivity and imagination.

Recurring Themes and Editorial Stance

The magazine "UFO" appears to adopt a stance that is open to exploring unconventional hypotheses and phenomena, particularly those related to UFOs and psychic abilities. The inclusion of articles on the Shroud of Turin, photographic evidence of anomalous aerial objects, and detailed accounts of precognition suggests an editorial focus on the unexplained and the potential for phenomena beyond current scientific understanding. The magazine seems to encourage scientific investigation into these areas while also presenting historical and anecdotal evidence. The overall tone is one of inquiry and a willingness to consider extraordinary claims, supported by both expert opinions and historical accounts.

This issue of "Science and Religion" (Наука и Религия) from 1990, issue 1, delves into the complex topic of prediction and its potential biological and scientific underpinnings. The cover headline, "TO BE OR NOT TO BE?" (БЫТЬ ИЛИ НЕ БЫТЬ?), sets a philosophical tone for the exploration of future events and the human capacity to foresee them.

How to Predict the Future?

The lead article, "How to Predict the Future?" (КАК ЖЕ ПРЕДВИДЕТЬ БУДУЩЕЕ?), begins by referencing ancient views on determinism and predictability. It posits that while random future events are unpredictable, a determined future can be predicted, though such predictions might be psychologically harmful or useless. The article introduces the idea that biosystems might possess a natural, albeit rudimentary, ability for prediction, which could have evolved as a survival mechanism. This hypothetical 'predictive complex' would involve gathering information, forecasting probable outcomes, devising strategies to avoid predicted harm, and implementing those strategies. The author notes that while ideal prediction would prevent negative outcomes, the system is designed to increase survival chances by anticipating likely threats.

The article acknowledges that not all predictions come true, attributing this to logical errors or the nature of probability. It suggests that a biosystem uses 'current' information to improve its chances of survival, implying that it can only effectively defend against dangers that have not yet materialized. The author cites the French anatomist and physiologist Bichat, who stated that "life is resistance to death." A predictive defense system is theorized to comprise information-gathering nodes (external and internal), a forecasting unit, a strategy-generation unit, implementation mechanisms, communication links, and the organism itself.

Failures in these components could lead to inaccurate predictions or ineffective responses. The article distinguishes between predictable situations and those that are inherently unpredictable. It also touches upon the idea that while most prediction operates on a subconscious level, some individuals might possess heightened prognostic abilities, capable of making predictions for others, provided sufficient information is transferred.

Furthermore, the article considers the human element, suggesting that psychological, moral, or social motives can lead to a refusal of self-defense, resulting in the actualization of predicted negative scenarios. The author also briefly mentions historical facts and testimonies related to prediction, suggesting that a mechanism for foresight exists and, if understood and utilized, could reveal new aspects of existence.

Micro-Reviews

Georgiy Kunitsyn, Doctor of Philosophical Sciences, Professor

Kunitsyn reviews the article, acknowledging that while explanations for such phenomena may vary, their factual existence cannot be ignored. He argues that human capabilities extend beyond what is typically attributed to individual abilities, emphasizing the importance of collective human experience. He frames the problem discussed by Yu. Roscius as a philosophical one, questioning the inherent improbability of precognition.

Aleksandr Malinovsky, Doctor of Biological Sciences, Professor

Malinovsky finds the article thought-provoking, agreeing with its premise that one must foresee danger to avoid it. He notes that the author provides interesting, verified data, including insights into intuition and predictions related to weather patterns observed in birds and insects.

The Heat in the Palms

This section, authored by journalist Lev Kolodny, focuses on the phenomenon of Ninel Kulagina, a woman reportedly possessing extraordinary abilities. Kolodny, who has written extensively about her and co-authored a chapter in a book about her, presents her as an exceptionally talented individual whose gifts could have significantly advanced human knowledge.

Kolodny recounts the history of scientific understanding of electricity and magnetism, referencing Faraday's work. He then contrasts this with the reception of Kulagina's abilities by contemporary physicists. Despite her demonstrations, which included moving objects without physical contact (telekinesis), many scientists allegedly failed to explain or even investigate her abilities, instead resorting to discrediting her. The article mentions that Kulagina lived in Leningrad and that the local physics-technology institute, with its prominent scientists, was involved in her early investigations.

Professor Leonid Vasiliev, a student of the famous V. Bekhterev, was among the first to study Kulagina's phenomenon in the mid-1960s. The article details how Kulagina was even hired as a laboratory assistant due to her ability to demonstrate phenomena that were difficult to explain scientifically. However, the prevailing scientific ideology of the time, particularly Marxism, created an environment where such phenomena were viewed with suspicion, often being dismissed as fraud or superstition.

Kolodny describes how Professor Vasiliev, despite his scientific background, found himself unable to scientifically explain Kulagina's abilities, which he termed 'telekinesis.' He reportedly asked Kulagina not to publicize her abilities, fearing the implications. The author recounts his own attempts to investigate Kulagina's abilities, including witnessing her manipulate a pendulum at the Institute of Metrology and affect analytical scales. These demonstrations were observed by numerous employees, who, however, concluded that magnets hidden under Kulagina's clothing were responsible.

Kulagina was subsequently declared a fraud. Kolodny recounts his efforts to find further investigation for her, leading to arrangements for her to visit Moscow. Physicists from the Institute of Physics were supposed to examine her, with F. Bunkin, a future academician, playing a role in facilitating this. Kulagina demonstrated her abilities again in Moscow, moving objects like a matchbox, matches, and a pen cap. However, further planned investigations at the Institute of Physics were canceled when Academician Prokhorov reportedly did not give his consent. Instead, the work was to continue at the physics department of Moscow University under Professor Rem Khokhlov.

Khokhlov showed interest in Kulagina's abilities, discussing them with Kolodny. However, the planned experiments were disrupted. The article mentions that Kulagina was sent to the Serbsky Institute (an institute for forensic psychiatry), implying a potential path towards institutionalization or further scrutiny.

Kolodny recounts his first encounter with Kulagina in early 1968, where he witnessed her manipulate a pendulum at the Institute of Metrology. He describes her ability to slow down or speed up the pendulum's swing by simply holding her hand near the glass case. He also mentions her ability to influence analytical scales, making an empty pan heavier. These experiments were observed by many, but the conclusion was that magnets were involved.

Biolocation and Historical Objects

This section, authored by Aleksandr Pluzhnikov, discusses the application of biolocation in historical research. Pluzhnikov, a Moscow-based journalist and engineer, has been involved in biolocation for over 20 years. He describes its use in finding lost architectural, archaeological, and historical objects that leave no visible trace on the surface.

The article details the use of biolocation in exploring the Borodino battlefield, the site of a major battle in 1812. Pluzhnikov and his collaborators, including architect N. Ivanov, used biolocation to identify and map lost fortifications, such as redoubts and trenches, which had been obscured by time and restoration efforts. They discovered that historical descriptions of fortifications like the "Raevsky battery" were incomplete, and that biolocation helped reveal their true structure, including complex earthworks and defensive features.

Specifically, the article describes the identification of "wolf pits" (ingenious anti-infantry and anti-cavalry obstacles) and the detailed mapping of the Southern Bagration flèche, a fortification that had been misinterpreted by previous restoration efforts. The biolocation findings indicated that historical ditches, intended as defensive barriers, had been filled with the remains of fallen soldiers and horses, creating mass graves.

The research at Borodino aimed to aid in the restoration of historical sites for museum display. The article highlights how biolocation, combined with partial excavations, provided crucial data that corrected previous understandings of the battlefield's layout and defensive structures. The findings also revealed discrepancies in how historical fortifications were reconstructed, often missing key elements like the full profile of the breastwork or the correct location of ditches.

Furthermore, the article mentions the application of biolocation to the Kolotsky Monastery, which served as a major hospital during the Battle of Borodino. A single day of biolocation allowed for the identification of stone anomalies related to lost structures, such as porticos and passages within the monastery.

Recurring Themes and Editorial Stance

The issue consistently explores the boundaries between the known and the unknown, particularly in the realms of human potential and scientific inquiry. The articles on prediction and telekinesis challenge conventional scientific paradigms, suggesting that phenomena exist that are not yet fully understood or accepted by mainstream science. The focus on Ninel Kulagina highlights the difficulties faced by individuals exhibiting extraordinary abilities when confronted by a skeptical scientific establishment. The piece on biolocation demonstrates a practical application of a less conventional investigative method, applied to historical research. The overall stance appears to be one of open-minded inquiry, encouraging the exploration of phenomena that defy easy explanation, while also acknowledging the need for rigorous investigation and the potential for misinterpretation or fraud.

The magazine seems to advocate for a broader understanding of reality, one that accommodates both scientific rigor and the acknowledgment of unexplained phenomena. There's an underlying theme of challenging established dogma, whether it's the materialistic explanations of early Soviet science or the skepticism towards paranormal abilities. The editorial stance encourages readers to consider possibilities beyond the immediately observable and scientifically validated.

This issue of Ouranos magazine, dated 1993, is a Russian publication focusing on a diverse range of topics including historical research using biolocation, cryptozoology with a focus on the 'Snowman' or Yeti, and advancements in medical science.

Biolocation in Historical Research

The magazine details the application of biolocation in archaeological investigations, particularly at historical sites in Russia. Articles describe how this method has been used to identify the locations, forms, and dimensions of lost structures such as fortifications, towers, and underground passages at places like the Iosifo-Volokolamsky Monastery and the estate of Tsar Boris Godunov in Bolshiye Vyazemy. The research, often conducted with limited resources, aims to supplement historical records and uncover previously unknown aspects of these sites. The text highlights the effectiveness of biolocation in revealing details about ancient layouts, including the positions of defensive walls, towers, and even underground tunnels, often providing more precise information than existing historical documentation.

The Enigma of the 'Snowman' (Yeti)

A significant portion of the magazine is dedicated to the phenomenon of the 'Snowman' or Yeti. Maya Bykova, an author and researcher who has organized numerous expeditions, contributes an article exploring the characteristics and alleged sightings of this elusive creature. Bykova discusses the physical attributes of the 'Snowman,' its nocturnal habits, rapid movement, and its remarkable ability to disappear instantaneously, a trait that has led to various speculative theories about its origins, including connections to other dimensions or UFOs. The article presents eyewitness accounts, including one from Anatoliy Dobrenko in the Moscow region and another from Professor N. Aleutsky in the Arkhangelsk region, detailing encounters with the creature. The text also touches upon the possibility of the 'Snowman' inhabiting extreme environments like the Arctic, drawing parallels with the adaptive capabilities of animals like the Japanese macaque and the polar bear. The article suggests that the 'Snowman's' primary behavioral strategy is to avoid human contact, which contributes to its elusive nature.

Medical Breakthroughs: Cytomedins

The issue also features an article on significant developments in medical science, focusing on 'cytomedins.' Developed by scientists in St. Petersburg, led by Professor V. Khavinson, these are described as a new class of drugs that are physiologically active and facilitate information transfer within the body's cellular communities. The article explains that cytomedins are derived from animal organs and tissues and are designed to target specific organs, offering therapeutic effects for a wide range of conditions. Examples include treatments for lung and vascular diseases, heart conditions, nervous system disorders, prostatitis, and eye conditions like diabetic retinopathy. The development of cytomedins is presented as a shift towards preventative and rehabilitative medicine, aiming to interrupt the disease process at its earliest stages. The article highlights the effectiveness and low toxicity of these preparations, noting their potential to revolutionize medical treatment.

Other Mentions and Research

The magazine also briefly mentions other research activities, including bioenergetic diagnostics of art objects and architectural-ecological surveys. The work of Mikhail Karlov, a medical journalist, is also presented, detailing his background and contributions to the field.

Recurring Themes and Editorial Stance

The recurring themes in this issue are the exploration of the unknown through unconventional methods like biolocation and cryptozoological investigation, alongside a focus on scientific progress in medicine. The editorial stance appears to be one of open-minded inquiry into phenomena that lie beyond mainstream scientific understanding, while also highlighting tangible scientific achievements. There is a clear emphasis on empirical evidence, even when derived from unusual sources, and a belief in the potential for groundbreaking discoveries in both the natural and medical worlds.

This issue of "Ufolog" magazine, dated 1993, delves into a range of scientific and pseudoscientific topics, with a particular emphasis on bioregulation, the objective study of hallucinations through photography, and theoretical physics.

Bioregulation and Longevity

The first article introduces the concept of bioregulators, specifically cytomedins, developed by Professor V. Havinson. These substances are presented as a means to restore specific organ and tissue functions, enhance resistance to adverse environmental conditions, and correct genetic predispositions. The article highlights the potential of cytomedins in preventing aging and rehabilitating individuals affected by ecological and technological disasters. A personal anecdote describes how Professor Havinson's father recovered from a pre-stroke condition after being treated with cytomedins. Experimental studies on mice showed a significant increase in lifespan (130-140%) for those treated with cytomedins. Human trials involving patients aged 50-55 indicated improved health, stronger immunity, and a reduced incidence of respiratory illnesses, with a potential to lower the risk of cancer. Professor Havinson emphasizes that this is not about rejuvenation but about preventing aging and enabling people to live longer, healthier lives within their genetic potential.

Objective Registration of Visual Hallucinations

A significant portion of the magazine is dedicated to the research on objectively registering visual hallucinations. Gennady Krokhalov, a psychiatrist, is credited with pioneering the photography of visual hallucinations. The article traces the history of this inquiry, referencing earlier theories that compared hallucinations to projected images or 'magic lantern' displays. The research team, including the author, proposed an electromagnetic theory suggesting that visual hallucinations might involve an inverse transmission of visual information from the brain to the retina, creating an emission that could be photographed.

Experiments were conducted using various photographic methods:

• Movie Camera: Using a modified diving mask and a "Lantan" movie camera, attempts were made to photograph hallucinations. Positive results were obtained in a few cases, capturing images described as "pillars," "animal horns," and "window."
• Camera: Standard cameras were employed with the same diving mask. This method involved photographing hallucinations at close range. The results indicated that successful photography often occurred with a fully open aperture and focus set to infinity.
• Flat Negative Photographic Films: This method involved placing specialized photographic films in light-proof black packages near the eyes of patients experiencing hallucinations. This technique yielded photographs of various hallucinated objects, including "fish," "lake and elk," "road, tanks, and soldiers," and "animal heads."

The research involved a considerable number of psychiatric patients, primarily those suffering from alcoholic delirium. The findings suggest that objective registration of visual hallucinations is achievable in a notable percentage of cases (42.8% of those tested), particularly in states of psychomotor agitation. The study also noted that these effects were consistent across different times of day and year, and in both male and female patients.

Expert Commentary on Hallucination Photography

Two experts provide commentary on the research:

• A. Chernetsky (Doctor of Technical Sciences, Professor) acknowledges the correlation between the photographed images and the patients' subjective experiences. He speculates that stable visual representations might be transmitted as nerve impulses to the retina, forming a potential relief image. He also raises the possibility of an inverse feedback loop and suggests that the emitted light might not be limited to the visible spectrum, requiring further investigation into radiation and biology.
• M. Gertsenstein (Doctor of Physical and Mathematical Sciences, Senior Researcher) notes the lack of prior literature on this phenomenon but finds the results consistent with physical laws. He draws parallels with semiconductor diodes that can both receive and emit light, suggesting that photoreceptor cells might possess similar properties, potentially emitting light when stimulated.

Physics of Quantized Space-Time

The final section introduces a theoretical physics article by Valentin Zolotaev and Boris Shamshev. Titled "Physics of Quantized Space-Time and Time," it presents research on the quantization of space and time. The concept posits that space is divided into cells with a size equal to the Compton wavelength of an elementary particle, and time is quantized by the duration it takes for a particle to move between these cells. This framework establishes a triunity of quantum length, quantum time, and their interaction, mediated by the speed of light.

Recurring Themes and Editorial Stance

The magazine appears to explore cutting-edge and sometimes controversial scientific and pseudoscientific ideas. The editorial stance seems to be one of open inquiry into phenomena that challenge conventional understanding, particularly in areas like human longevity, consciousness (as manifested in hallucinations), and fundamental physics. The inclusion of expert commentary, both supportive and questioning, suggests an effort to engage with scientific rigor while exploring speculative topics.

Title: Техника - молодежи (Technology for Youth)
Issue: 10
Volume: 1989
Date: October 1989
Publisher: Molodaya Gvardiya
Country: Soviet Union
Language: Russian
Price: 0.50 rub

This issue of 'Техника - молодежи' explores a range of topics from theoretical physics and the nature of energy to innovative medical technologies and unexplained phenomena.

Theoretical Physics and the Nature of Energy

The issue begins with a detailed theoretical exploration of the photon and its properties. It introduces the concept of a 'goton,' described as a 'wandering' photon that is intrinsically linked to the structure of space and the presence of positrons. This goton is said to manifest as a de Broglie wave. The article posits that the average speed of these wandering photons contributes to observable speeds, and that when a photon or goton is part of a goton, the particle causes shifts in space, leading to Coulomb interactions that reveal the elementary electric charge.

Mathematical formulas are presented to describe these phenomena, including the relationship between energy and frequency (E=mC²=hv), and an expression for the elementary electric charge derived from constants like the speed of light (c), Planck's constant (h), and the fine-structure constant (α). The structure of the electron is described as a circular current, and the concept of vacuum permeability is discussed. The emission of gravitons, theorized to have negative mass, is proposed as the mechanism behind universal gravitation, with an equation provided for the gravitational constant.

De Broglie waves are further explained as a manifestation of the goton at specific wavelengths and frequencies, carrying information about the particle's 'flicker' frequency, which can exceed the speed of light (v > c). This leads to a discussion of the quantum-mechanical Schrödinger equation and its relation to de Broglie waves, suggesting that these waves are gravitationally and inertially significant, with mass playing a role analogous to charge in electromagnetic systems. This opens the possibility for constructing devices based on these principles.

Vacuum, Gravitons, and the Universe

Another section delves into the composition of the vacuum 'ether,' identifying electron-positron pairs and gravitons in thermodynamic equilibrium as its main components. Photons from relic radiation and neutrinos are identified as thermodynamic clusters. The spectrum of the cosmic microwave background radiation is linked to the 'heavying' of elementary particles in distant cosmic objects over time, explaining the mass and compactness of quasars.

Fluctuations in electron-positron pair density are suggested to be the cause of galaxy formation, with a formula provided for the number of galaxies in the universe. The birth of protons in galactic nuclei is attributed to the interaction of matter and antimatter, leading to annihilation radiation at the edges of these nuclei. The formation of planets is also linked to a higher concentration of electron-positron pairs.

The universe is described as pulsating, with space-time cells undergoing compression and expansion. The period of cosmic oscillation is said to involve approximately 3.4x10 quanta of time, with individual quanta varying in duration. The inertial field is presented as a universal concept, allowing for the precise calculation of fundamental physical constants.

Bioenergetics and Human Physiology

A significant portion of the magazine is dedicated to the work of Evgeny Bondarenko, head of the bioenergoinformational processes laboratory at the 'Biotehnomed' center. His research focuses on interactions between humans and biological systems, and the influence of human emissions on devices and physical objects. He proposes the term 'informational impact' to describe these phenomena, emphasizing information as a measure of structural diversity.

The article discusses the development of devices capable of registering changes in human physiological and emotional states. One such device, developed at 'Biotehnomed,' utilizes the experimental fact that the electrical conductivity of certain materials changes under weak influences. This phenomenon is linked to the quantum effect observed in Josephson junctions, where a current can tunnel through a thin insulating layer between superconductors due to differences in the phase of their wave functions.

Bondarenko's sensor is described as a two-dimensional construction sensitive to external influences, including heat from a human hand. It has demonstrated high sensitivity to electromagnetic radiation associated with phase transitions, such as boiling water or dissolving salt. The sensor also registered changes when evaluating the influence of molecular order versus disorder, as seen in the softening of glass or the brewing of tea.

Experiments involving the registration of heat emitted by the human body showed a distinct difference between heating by a hand and by an electric spiral. The device also differentiated between the biofields of the right and left hands. Further applications include registering the state of patients undergoing 'bioenergy therapy,' a method that does not involve pharmacological drugs or conventional physical procedures. The device was able to record changes in the patient's integral biofield, correlating with the actions of a therapist and the patient's subjective experiences. It could also track the stages of a patient's psychophysiological state, from initial complaint to recovery.

Notably, the sensor can also react to the collective biofield of groups of people experiencing shared emotional states.

Unexplained Phenomena and Future Possibilities

The magazine also features several short articles on various unexplained phenomena:

• UFO Landing near Kiev: Three independent witnesses reportedly observed a UFO landing and the subsequent disembarkation of aliens.
• Marked People: This section discusses the appearance of indelible drawings on people's bodies, ranging from geometric shapes to artistic images.
• Beehive Radiation: An unknown radiation emanating from the hexagonal structures of beehives is reported to penetrate screens and be perceptible to humans.
• X-ray in Three Dimensions: The invention of Alexander Cherni is presented, which allows for the creation of volumetric X-ray images, offering significant potential for diagnostics and surgery.
• Heart Health Without Infarction: A new surgical procedure performed under local anesthesia is described, which reportedly helps patients recover from conditions like stenocardia, ischemic heart disease, and myocardial infarction within days.
• Biogravitation, Biovacuum, Biofield: A scientist, Alexander Dubrov, is mentioned for his hypothesis that vacuum and gravitation are the basis of psychic phenomena.

Recurring Themes and Editorial Stance

The issue consistently explores the intersection of physics, technology, and the unexplained. There's a strong emphasis on theoretical physics, particularly concerning energy, particles, and the fundamental forces of nature, often presented with mathematical rigor. Simultaneously, the magazine embraces topics on the fringes of conventional science, such as bioenergetics, psychic phenomena, and UFOs, suggesting a belief in the potential for new discoveries and technologies beyond current understanding. The editorial stance appears to be one of open inquiry, presenting cutting-edge theories and experimental findings, even if they challenge established scientific paradigms. The focus on 'technology for youth' implies an aim to inspire curiosity and exploration in younger generations regarding these advanced and often speculative subjects.