Tonnel - No 21 - 2005

Magazine Overview

This document presents the proceedings of the 12th International Conference on Informatiology of UFO Research and Bioenergoinformation, held in Moscow on October 22-23, 2005. The issue is divided into Part I, focusing on "Informatiological-Technical Problems of Ufology." The conference was organized by several prominent Russian academies and associations, including the International Academy of Informatization (MAI), the Russian Academy of Natural Sciences (RAEN), the Academy of Informatiological and Applied Ufology (AIPUFO), and the International Ufological Association (MUA), with support from various media outlets.

Key Articles and Contributions

"State of Problems and Tasks of Informatiology of Modern Ufology and Bioenergetics" by V.P. Melnikov

In his introductory speech, Professor V.P. Melnikov, President of AIPUFO, highlighted the dawn of the third millennium as an era of informatiological development and the formation of a global information community. He emphasized the importance of uniting efforts to search for extraterrestrial information-cosmic civilizations, as advocated by the MAI. Melnikov stressed that ufology and bioenergoinformation should be recognized as fundamental sciences. He outlined key tasks, including scientifically substantiating the existence of higher intelligences and developing the methodology for scientific proof in ufology. He also noted the need for scientists in these fields to possess broad knowledge due to the multifaceted nature of the phenomena studied. Melnikov also addressed practical tasks for the academy, such as establishing a peer-review and editing system for scientific materials and securing financial support for research projects.

"On Russian-American Ufological Cooperation" by V.G. Azhazha

Dr. V.G. Azhazha, a professor and academician, detailed the history of contacts between American and Russian ufologists from 1990 to the present. He recounted numerous meetings, collaborations, and joint projects, including the visit of ufologist Jacques Vallee to Moscow in January 1990, discussions about the Voronezh UFO incident, and negotiations for the publication of Vallee's book. The article also mentions participation in international symposia in Japan and the USA, the establishment of the Joint American-Russian Association for the Study of Atmospheric Phenomena (SARAAF), and the exchange of information and research with prominent American ufologists like Peter Davenport and Richard Heins. The goal of this cooperation is to advance research in ufology and aviation safety related to UFOs.

"From the Experience of the Institute for Post-Contact Rehabilitation in the Volgograd Region" by L.N. Grigoriev

L.N. Grigoriev, Deputy Rector of the Institute for Post-Contact Rehabilitation (IPR), described the work of the IPR's Волгоград research laboratory, established in 1996. The laboratory comprises professionals from various fields and offers preparatory courses in bioenergetics. In 2005, they examined approximately 500 individuals, many of whom faced anomalous phenomena, complex life situations, astral aggression, or karmic issues affecting their personal and professional lives. The laboratory also assists individuals with health problems, including impotence, and pays special attention to children with issues like sleepwalking and enuresis. Grigoriev noted that while the lab's work sometimes faces a lack of understanding from administrative and scientific circles, its results provide grounds for optimism.

"On the Classification of Scientific Directions for the Study of Anomalous Phenomena and Processes (AP)" by V.P. Melnikov

Professor V.P. Melnikov discussed the informatiological sphere of ufology and bioenergoinformation as part of a global information network, emphasizing its connection to higher intelligences at a psychophysiological level. He described various forms of interaction, including telepathic, telekinetic, and psychographic communication, and categorized contacts into broad-informative and narrow-informative types. Melnikov highlighted the importance of informatiological security and the potential negative consequences of uncontrolled contact, such as psychological disorders. He proposed a classification of scientific directions for studying AP, referencing V.I. Vernadsky and suggesting further development of models for understanding the physical picture of the world and the universe.

Other Contributions

Other articles include: a discussion on the use of a multistatic passive radar for detecting UFOs by Peter B. Davenport; techniques for detecting and identifying UFOs by V.I. Zabelyshinsky; an exploration of crop circles in England by V.I. Tyurin-Avinsky; a discussion on biomatrices and the uniformity of life on other planets by Yu.G. Simakov; psychodiagnostics of biological objects and technical systems by G.G. Arkhangelsky; mechanisms of non-local interaction and new technologies of virtual reality by E.A. Faidysh and A.V. Ivanov; and the causes of weather anomalies by V.N. Fomenko.

Recurring Themes and Editorial Stance

The recurring themes in this issue revolve around the scientific exploration of ufology and bioenergoinformation, emphasizing the need for rigorous scientific methodology, classification of phenomena, and international cooperation. There is a strong stance advocating for the recognition of these fields as legitimate scientific disciplines. The importance of post-contact rehabilitation and informatiological security is also a prominent concern. The editorial stance appears to be one of promoting advanced research, interdisciplinary collaboration, and the integration of these unconventional fields into the broader scientific landscape, while acknowledging the challenges and the need for empirical validation.

This issue of the magazine focuses on the technical aspects of detecting and identifying Unidentified Flying Objects (UFOs) and Unidentified Aerial Phenomena (UAPs). It presents a detailed exploration of passive radar technology as a means to achieve this goal, alongside discussions on the characteristics and behaviors of observed UFOs.

Passive Radar Technology for UFO Detection

Principles and Configurations The lead article, "USE OF MULTISTATIC PASSIVE RADAR FOR THE DETECTION OF UFOs IN NEAR-EARTH SPACE" by Peter B. Davenport, introduces the concept of using passive, multi-static radar with modulated frequency (MF) to detect UFOs in real-time. This technology relies on synchronized receivers to capture high-frequency radio signals reflected from a target. By analyzing the time difference between received signals and applying Doppler shift analysis, it's possible to determine the target's location, speed, acceleration, course, and potentially even size. The system aims to differentiate potential UFOs from terrestrial objects like aircraft, satellites, space debris, meteors, atmospheric conditions, and bird migrations.

The article explains that passive radar systems do not have an active transmitter but instead detect signals from existing radio transmitters. Potential sources include commercial radio and TV signals, cellular phone tower signals, and signals from space platforms. The concept of passive radar has been explored since the 1950s, with projects like "May Bell" and "Aquarius" investigating its applications, particularly for defense and intelligence purposes.

Passive radar systems can be configured as monostatic (transmitter and receiver in the same location), bistatic (transmitter and receiver in different locations), or multistatic (multiple transmitters and receivers). The Global Positioning System (GPS) is highlighted as a crucial technology for passive radar, providing precise timing and location data necessary for synchronizing receivers and calculating distances.

Advantages and Development The article by V.I. Zabelishchensky, "UFO DETECTION AND IDENTIFICATION TECHNOLOGY," further elaborates on the advantages of passive radar. These include its undetectability, continuous detection capability, wide-area coverage (hundreds or thousands of kilometers), relatively low cost, and the fact that it does not require government licensing. The development of high-speed computers and the deployment of GPS have made passive radar systems technologically feasible and cost-effective for civilian research communities, including UFO investigators.

Applications and Scenarios Several scenarios for using passive radar are presented: * Scenario 1: Using Commercial MF Radio and Television Signals: This involves utilizing readily available commercial radio broadcasts (88-108 MHz) as a signal source. The system requires access to the broadcast signal as a reference and for the transmitter to be out of the receiver's direct line of sight. * Scenario 2: Using US Navy Surveillance System Transmitters: The powerful transmitters of the US Navy's surveillance system, operating at 216.98 MHz, are ideal for detecting objects in near-Earth space. Given their design to detect 10 cm objects at 27,600 km, detecting larger objects would be trivial. * Scenario 3: Adapting the University of Washington's Passive System: A bistatic radar system developed at the University of Washington, sponsored by the National Science Foundation, for mapping Earth's ionosphere could be adapted for tracking objects in near-Earth space. This would likely require a multistatic configuration and significant expansion of processing power.

UFO Characteristics and Identification

Observation Patterns and Physical Effects The article by V.I. Zabelishchensky also discusses the patterns of UFO sightings and their effects. Most sightings occur in areas with low population density, between sunset and sunrise. UFOs can cause interference with radio equipment, flickering lights, and malfunctions in automated systems. Animals may exhibit unusual behavior as a primary indicator of UFO presence in rural areas.

The brightness of UFOs can be intense, posing a risk of eye damage from ultraviolet radiation. The apparent size and angular diameter of UFOs can change significantly, particularly during acceleration or sharp changes in direction, possibly due to increased microwave radiation output. Emotional stress and visual defects can affect eyewitness accounts of UFO size.

Distinguishing UFOs from Conventional Objects UFOs are often observed within a range of 1-10 km for visual detection. Their behavior is more frequently reported than data revealing their nature. Nighttime observations are considered more productive for gathering technical data. UFOs are often characterized by extended flight paths, but can also exhibit sharp maneuvers, stops, and chaotic movements. Their speeds can be exceptionally high, with estimates reaching up to 100,000 km/h at higher altitudes.

Several UFOs may form pilot groups, sometimes merging into a single large object. The concept of "mother ships" carrying smaller objects is also discussed. Photographic and video evidence quality depends heavily on atmospheric conditions, with ionization and plasma potentially causing image distortions.

Misidentification often occurs at night near airports and military bases. New aircraft designs, such as those with delta wings, can resemble UFOs. Key criteria for identifying UFOs include the number, arrangement, and color of lights, and their strobing patterns. UFO lights often flash chaotically, contrasting with the regular patterns of aircraft. While aircraft lights are typically fixed, UFOs may have lights that illuminate surrounding structures, though this is rare. The article notes that comparing the onboard lights of a DC9 aircraft with those of a triangular UFO reveals significant differences.

Detection and Tracking Technologies Modern UFO detection and identification methods employ advanced electronics, laser technology, optics, and computer processing. This includes specialized locators, infrared imaging systems, optical holographic filtration, and automated image recognition systems. Mobile laser systems can determine the size and shape of objects. Global missile defense systems, like those on the Aleutian Islands and the GEODSS system, are capable of detecting and tracking objects in space. Satellite-based environmental monitoring systems, such as NOAA, have also detected UFOs. Some satellites equipped with radio frequency analyzers can detect objects based on their unique radio frequency signatures. Statistically, UFOs tend to appear in the same locations at specific intervals, and the possibility of underground bases is being considered.

Specialized complexes, such as hyperspectral analyzers, are used to analyze the electromagnetic radiation and electrical discharges in the air caused by UFOs. Despite advances in detection systems, their effectiveness in identifying UFOs remains a subject of ongoing research.

Recurring Themes and Editorial Stance The recurring themes in this issue revolve around the scientific and technological approaches to UFO detection and identification. There is a strong emphasis on the potential of passive radar technology as a viable and cost-effective tool for researchers and potentially for challenging governmental control over information regarding UFOs. The articles advocate for a data-driven and analytical approach to understanding the phenomenon, moving beyond anecdotal evidence to explore technical capabilities. The editorial stance appears to be one of promoting the scientific investigation of UFOs and highlighting the advancements that can facilitate this pursuit.

This issue of "Tekhnika - Molodezhi" (Technology for Youth) from July 1999, delves into several intriguing topics, primarily focusing on unidentified aerial phenomena (UAP), crop circles, and the potential for extraterrestrial life as evidenced in meteorites. The publication aims to explore scientific and pseudoscientific phenomena, presenting data and hypotheses from various researchers.

UAP and Advanced Aircraft

The magazine discusses the challenges in detecting and identifying UAP due to their erratic flight characteristics and the difficulty in understanding the physical causes of their changes. It highlights how the introduction of delta-winged aircraft, resembling triangles, has complicated UAP identification for military forces. The article introduces the BBD (Big Black Delta) aircraft, described as a large, silent, electrokinetic-powered vehicle developed by Lockheed. Analysts from the National Institute of New Science (NIDS) in the US have identified approximately 1000 cases of large black triangles, with at least 200 believed to be man-made, possibly BBD prototypes. Professor Scott Miller of Chichito State University suggests these advanced transport systems are crucial for military support. NIDS analysts note that these triangular UAP often fly at low altitudes (250-400m) near Air Force bases, making radar detection difficult, and their hull material may absorb radar signals.

Kom Kelleher from NIDS emphasizes their focus on genuine UAP, not just 'unrecognized' military aircraft. The article also touches upon the high speeds observed in some triangular UAP, citing an incident where F-16 interceptors recorded a large black triangle descending at 4800 km/h. The article questions the possibility of such maneuvers for conventional aircraft, suggesting they are likely true UAP.

Crop Circles and Geological Theories

The issue explores the phenomenon of crop circles, particularly in England and Russia, proposing a novel approach to understanding their origin. V.I. Tyurin-Avinsky suggests that the British Isles' unique geological position on a geoid 'hump' and their tectonic structure might be key. He hypothesizes that unknown intelligent forces are conducting geodynamic monitoring of the Earth's interior, leaving behind these formations as traces or to dampen natural catastrophic processes. The article notes that while many enthusiasts study crop circles, scientific institutions have shown limited interest due to a lack of funding and a restrictive scientific paradigm.

The author links crop circles to the 'alpha-metrics' of an 'Alpha-Principle' he discovered, suggesting that the number of elements in formations is often a multiple of 11, and that they contain elements of 'alpha-pentastructures' controlled by a critical angle. He posits that this principle, while unknown to modern science, is likely utilized by unknown intelligent forces. The article highlights the concentration of crop circles in Wiltshire, England, near megalithic sites like Stonehenge and Silbury Hill, and connects them to the geological boundary between Hercynian and Caledonian tectonic phases. It suggests that ancient megaliths might have served as seismic activity sensors and regulators of Earth-Cosmos energy balance, while modern crop formations could be traces of remote energy sensing and subsurface stabilization.

Extraterrestrial Life in Meteorites

A significant portion of the magazine is dedicated to the study of meteorites, specifically carbonaceous chondrites, and the evidence they may contain of extraterrestrial life. Professor Yu.G. Simakov discusses the presence of organic material in meteorites, noting that while not definitive proof of life, it is significant. He references the 1864 Orgueil meteorite fall in France, where chemist Klet identified insoluble organic compounds similar to those found in peat and lignite, suggesting the existence of organized matter on celestial bodies.

Further research, including studies on the Migei meteorite, has also found organic substances. The article clarifies that not all organic matter is necessarily linked to life, citing examples of simple carbon-containing formations in space. However, experiments by R. Berger and M. Calvin have shown that complex organic compounds, including amino acids, can be synthesized abiotically under conditions simulating interstellar space and cometary nuclei.

The core of the discussion revolves around "organized elements" found in meteorites, first identified by N. Nagy and D. Klaus in 1961. These microscopic structures, ranging from 5 to 50 micrometers, resemble fossilized terrestrial algae and even show signs of cell division. Their morphology and the fact that they are found deep within meteorites, protected from contamination, lead many researchers to believe they are remnants of extraterrestrial organisms. The article mentions that these "organized elements" exhibit optical activity, rotating polarized light counter-clockwise, a characteristic of biogenic organic matter, unlike terrestrial contaminants which rotate it clockwise.

Skeptics argue that these findings could be due to contamination by terrestrial microorganisms. However, the article counters this by noting that control experiments in museum and laboratory environments where meteorites were stored did not yield similar "organized elements" in dust samples or bituminous rock. The article also discusses the discovery of structures resembling sea shells and trilobites in a meteorite found in Sweden, further fueling the debate about extraterrestrial life and the possibility of convergent evolution across different planets.

Recurring Themes and Editorial Stance

The magazine consistently explores phenomena that challenge conventional scientific understanding, such as advanced aerial technology, unexplained geological formations, and the possibility of life beyond Earth. The editorial stance appears to be one of open inquiry, presenting various hypotheses and research findings, even those on the fringes of mainstream science. The publication encourages a broader, interdisciplinary approach to understanding these mysteries, suggesting that conventional scientific paradigms may be insufficient. The recurring theme is the search for evidence of intelligent activity, whether terrestrial or extraterrestrial, and its potential implications for humanity's understanding of the universe and its place within it.

This issue of the magazine focuses on the concept of eniodiagnostics and non-local interactions, featuring articles by G.G. Arkhangelsky, E.A. Faidysh, and A.V. Ivanov. The content explores advanced diagnostic methods for both biological and technical systems, as well as theoretical frameworks for understanding phenomena like UFOs and ancient sites.

Eniodiagnostics of Biological Objects and Technical Systems by G.G. Arkhangelsky

Arkhangelsky introduces eniodiagnostics as a broad term for energy-informational processes, which he has studied for over 20 years using the biolocation method. He posits the existence of a 'Law of Information Conservation' in the universe, suggesting that all events are recorded by a cosmic information system, and humans, as organic parts of this system, have access to this data bank. Biologation is defined as the direct acquisition of information by a trained individual using their perceptual system and an auxiliary device, such as a 'G-shaped' frame, to facilitate the process.

Arkhangelsky's extensive experience, including remote diagnostics of human organisms, has led him to develop an original method for early, functional diagnosis. This method provides reliable results both in person and remotely, using passport data, voice, or photographs for tuning into a specific individual. The core of his method lies in the correlation between the functional state of human organs and systems and the magnitude and sign of their biofield.

A computer program based on this method allows for quantitative assessment of organ and system functionality as a percentage of the norm. The program can provide detailed information or focus on specific local issues. Arkhangelsky highlights the significant role of the aura and spine in the development of diseases. He also discusses the negative impact of stress and geopathic zones (GPZ) on the aura, noting that exposure to GPZs can lead to conditions similar to radiation damage.

The article details the identification of GPZs, including Hartman grids, and their influence on living spaces. It suggests orienting homes for better alignment with magnetic fields. Arkhangelsky presents a case study with graphs (Figure 3) illustrating the changes in the biofield of a mother and child during childbirth in 1936, linking a mother's critical condition to a sharp drop in biofield potential and subsequent chronic health issues for both. He also presents a case study (Figure 4) of a passenger aircraft pilot's energy field during a fatal flight, showing a significant negative field amplitude correlating with the pilot's death.

Arkhangelsky concludes that biolocation, when used alongside conventional medicine, offers a powerful tool for health preservation and disease prevention, echoing ancient wisdom about the importance of prophylaxis.

Mechanisms of Non-Local Interaction and New Technologies of Virtual Reality by E.A. Faidysh and A.V. Ivanov

Faidysh and Ivanov explore the connection between UFOs, planetary 'places of power,' and megalithic complexes. They propose the existence of hyper-dimensional tunnels used by UFOs for travel and communication. A new technology for objectifying informational fields in 'places of power' is introduced, utilizing non-local interaction mechanisms and leading to the development of a new class of human-machine systems: computer virtual scanners.

The authors discuss traditional beliefs linking UFOs to тонкоматериальная (subtle material) reality and interdimensional phenomena, rather than extraterrestrial visitors. They identify 'places of power' as special points in space, often associated with geological anomalies and unusual geophysical fields, where UFOs and other anomalous phenomena are frequently observed. These locations are seen as crucial for understanding the physical mechanisms behind such phenomena, which are described as having a field-fractal nature and belonging to dissipative non-equilibrium systems.

They suggest that UFOs might use these 'places of power' as 'communication stations' for interacting with their bases in other dimensions or distant parts of the universe, enabling faster-than-light communication. Alternatively, UFOs might use these sites to influence Earth's biosphere-noosphere, akin to acupuncture points on the human body.

The research involved studying the topology of informational fields in 'places of power' across various regions globally, finding a strong correlation between UFO sightings, the strength of these sites, and the presence of megalithic structures. Recreating ancient sacred forms in these locations also led to increased UFO appearances.

The article then delves into the physical principles of non-local interaction, contrasting traditional signal processing with the 'holographic' principle applicable to complex, non-equilibrium systems. They highlight the concept of acausal or synchronous interaction, which is fundamental to new technologies for objectifying informational fields.

Drawing on quantum mechanics, they describe objects as wave packets in a four-dimensional spacetime continuum, where 'tails' of wave functions can connect objects and processes that appear externally unrelated, a phenomenon known as synchronicity. This non-local interaction has been experimentally confirmed.

Computer Implementation of a Divination System

Faidysh and Ivanov describe the development of computer systems – virtual scanners or 'oracles' – based on the principle of synchronicity and modern quantum mechanics. These systems use chaotic processes and bifurcations to generate complex, dynamic images (scenes) that represent archetypal information about a scanned object or process. The operator's mental concentration plays a crucial role in filtering and selecting relevant quantum field information.

Specialized programs, such as the 'Virtual Oracle' and 'Geomantic Oracle,' utilize ancient sign systems like Scandinavian runes and Kuntayoga signs to simplify the interpretation of the generated archetypes. The authors emphasize that the human psyche's ability to concentrate on specific aspects of a situation is key to extracting meaningful information from the infinite 'tails' of wave functions.

Recurring Themes and Editorial Stance

The recurring themes in this issue revolve around the interconnectedness of energy fields, consciousness, and physical reality. The articles advocate for a holistic approach to understanding phenomena, bridging the gap between conventional science and more esoteric concepts like biolocation, UFOs, and ancient wisdom. The editorial stance appears to be one of exploring and validating unconventional methods and theories that offer new perspectives on diagnostics, human health, and the nature of reality itself, particularly through the lens of non-local interactions and energy fields.

Title: FATE
Issue: Volume 7, Issue 28
Date: December 2002
Publisher: Earth Energy Group
Country: United Kingdom
Language: Russian

This issue of FATE magazine delves into the complex interplay between UFO phenomena, Earth's energy fields, and climatic anomalies, presenting a unique blend of scientific inquiry and esoteric exploration.

Investigating Information Fields of Places of Power

The article "Investigating Information Fields of Places of Power" explores the ancient human fascination with the planet's energy and the role of ancient civilizations in maintaining harmony between the material world and the noosphere. It highlights the use of megalithic structures and discusses the importance of objective methods for studying information fields, particularly those based on non-local interactions.

Traditionally, visualization of these fields involved studying non-equilibrium physical-chemical processes like vortex structures in liquids, cloud patterns, and forms in flames or ash. Natural landscape features also played a significant role, with images sometimes appearing in the consciousness of seers in a trance state.

The "Virtual Oracle" is presented as a highly effective tool for visualizing archetypes during expeditions to various regions. This system uses specially selected fractals and sacred images from major religious traditions as backgrounds. The scanning process involves the operator concentrating on the archetype of a specific location, either in the present or past, or inquiring about its role in noospheric processes and its connection to hierarchies of subtle material worlds.

Interpretation of scans considers archetypal images, landscape features, cloud patterns, and synchronisms. In some cases, physical sensors are employed to register radiation background, electromagnetic spectrum, negentropy levels, and to conduct dowsing. This data is integrated into the interpretation of the scans.

Frequently, non-equilibrium formations, referred to as plasmoid structures, are registered at places of power. These were previously captured on infrared film, but modern digital cameras, with their enhanced infrared sensitivity, are now highly effective for observing them. The article includes examples of photographs taken in Corsica (France), China, Vladivostok, and Poland.

Photographs and scans from Corsica, France, taken in May 2004, are presented as examples (Figures 2, 3, 4, 5).

Potential Dangers Associated with the Virtual Oracle

The article acknowledges that any new technology can be used for both good and harm. Efforts have been made to protect the Virtual Oracle from misuse for malevolent purposes or destructive information gathering. Two primary negative aspects are identified:

1. Contact with the Necrosphere: The possibility of establishing contact with the 'necro-sphere' (akin to spiritualist séances) or with parasitic entities possessing negative moral characteristics.
2. Information for Malicious Purposes: The potential for the Oracle to be used as a source of information for harmful purposes, including black magic rituals.

While these possibilities exist with any oracle system, the article posits that a system tuned to higher realms and saturated with sacred symbolism significantly reduces the risk of misuse. The authors have applied this principle to their computer-based Virtual Oracle.

Crucially, the Oracle is a human-machine system, and the primary safeguard against misuse lies with the human operator, their moral and spiritual purity, and their religiosity.

Conclusion

The issue examines the connection between UFOs, planetary places of power, and megalithic complexes. The presented technology for objectifying non-local information fields has proven highly effective for studying planetary places of power, where anomalous phenomena are frequently registered.

Cited Literature

A comprehensive list of 13 references is provided, including works by E.A. Faidysh, K. Jung, A.V. Ivanov, G. Schuster, A.R. Sheldrake, R.G. Djan, Peter Fenwick, W. Gawn, and others, covering topics from mystical cosmology and synchronicity to the concept of the Virtual Oracle, chaos theory, harmonization of humanity, formative causation, and megalithic structures.

Causes of Weather Extremes

In a separate article, V.N. Fomenko, Ph.D. and Academician of MAI, addresses the recent increase in the intensity and frequency of extreme weather events. He argues that the primary cause is not the rise in carbon dioxide (CO2) levels, but rather the reduction in forest cover, particularly coniferous forests.

Two percent of the Sun's energy reaching Earth drives atmospheric and water movement. Winds propel ocean currents, enhance evaporation, and transport moisture and heat across continents. The transfer of massive air masses loses energy as heat in the troposphere's boundary layer. The rate at which atmospheric energy is consumed is balanced by the rate at which it is received from the sun, with energy dissipation occurring mainly in micro-vortices (less than a millimeter in size) formed at the Earth's surface.

These micro-vortices are generated by vegetation. In summer, they form on grass and crops; in winter, on bushes and trees, especially in coniferous forests. The needle-like structure of conifer needles, with their sharp edges, is particularly effective at creating these micro-vortices.

Human activities, including deforestation for agriculture, fuel, construction, and paper production, have led to the loss of half of Earth's forests. This deforestation, especially the replacement of efficient wind-breaking conifers like fir and pine with less effective deciduous trees like birch and aspen, has accelerated air mass movement and altered cooling patterns.

The atmosphere, a thin layer of air and vapor, contains immense air masses. Large cyclones and anticyclones possess significant inertia and kinetic energy, influencing the Earth's crust and contributing to seismic activity. The reduction of forests in Europe has accelerated air mass movement over oceans and continents, slowing their cooling before reaching northern regions.

Increased wind speeds over oceans drastically increase evaporation rates. In winter storms over the North Atlantic, the evaporation rate is comparable to that of the warm Guinea Current off Africa. This evaporation, often facilitated by wave foam, releases water vapor that forms clouds, with salt microcrystals acting as condensation nuclei.

Fomenko contends that winters have warmed by 4-6°C in the Arctic and northern Eurasia/America, and the average annual temperature has risen by 0.6°C, not due to increased CO2, but because of warmer southwest air currents that fail to cool sufficiently on their journey north.

He also attributes a portion of global warming to a 0.125% increase in solar radiation over the past 25 years and the exit from the 'Little Ice Age' (1600-1900).

The increase in the production of newspapers, magazines, and packaging has led to more powerful winds, storms, and hurricanes, increasing evaporation and resulting in more frequent floods, mudflows, snowfalls, avalanches, and snow blockages.

To mitigate these weather extremes, Fomenko advocates for the restoration of coniferous forests, especially cedar forests, due to their long needles, height, and dense crowns, and their valuable timber.

For Russia, these changes are largely beneficial, reducing droughts and increasing crop yields by 10% due to higher atmospheric CO2. Therefore, reforestation efforts should prioritize Europe and America, with Russia supplying seeds.

Regarding concerns about burning fossil fuels, calculations suggest the opposite of what is commonly believed. Over the last 500 million years, 1.645 trillion tons of carbon have been sequestered. The average rate of carbon sequestration is 3.29 million tons of carbon per year, or 12.1 million tons of CO2. With the current atmospheric CO2 reserve of 2.6 trillion tons, it would last only 215,000 years without considering current fuel combustion.

Furthermore, a halving of CO2 content, leading to a 5% reduction in the greenhouse effect, would result in Earth's glaciation and the demise of life. Fomenko argues that increasing atmospheric CO2 is necessary. After the depletion of natural gas, oil, and coal reserves within a thousand years, humanity will need to expend energy to decompose limestone to survive or combat carbon deposits in peat, corals, shells, and plankton skeletons.

He concludes that agreeing to the Kyoto Protocol was a mistake.

Recurring Themes and Editorial Stance

This issue consistently explores the intersection of anomalous phenomena (UFOs, plasmoids), Earth's energetic properties (places of power, information fields), and natural processes (climate, weather). The editorial stance appears to favor unconventional explanations for phenomena, challenging mainstream scientific consensus, particularly regarding climate change. There's a strong emphasis on ancient wisdom, esoteric technologies like the Virtual Oracle, and the potential for human consciousness to interact with and influence these fields. The publication advocates for environmental restoration through reforestation as a solution to weather extremes, directly opposing the prevailing focus on CO2 reduction. The underlying theme suggests a holistic view of Earth's systems, where physical and subtle energies are intertwined and influence both atmospheric events and the appearance of unexplained aerial phenomena.