inforespace940001

Magazine Overview

Title: Inforespace
Issue: n° 94
Date: November 1996
Volume: 25th year
Publisher: SOBEPS
Country: Belgium
Language: French

This issue of Inforespace, a bi-annual review, dedicates itself to exploring scientific hypotheses within the field of ufology. It aims to provide readers with an overview of ideas and debates in contemporary science concerning Unidentified Flying Objects (UFOs) and their relation to the phenomenon.

Scientific Hypotheses in Ufology

Introduction by Léon Brenig

Léon Brenig, a Professor of Physics at ULB, introduces the issue by posing fundamental questions about how scientists approach ufology. He questions what scientific theories can be used to analyze UFO observations and whether effective detection methods exist. Brenig highlights that while scientific rigor can lead to slow progress, it also embraces intuition and audacity. He notes that scientific understanding of the universe, particularly through quantum mechanics and relativity, has led to counter-intuitive concepts that challenge our everyday perception.

Brenig points out that scientific progress is often irregular, with periods of slow development followed by rapid leaps. He acknowledges that the public often gets frustrated by the perceived slowness of science but fails to grasp the complex debates and paradigm shifts involved. The article touches upon the profound changes in physics during the 20th century, leading to theories that can seem absurd, such as the concept of an electron's ubiquity or the instantaneous reaction of entangled particles regardless of distance.

1. Detection of UFOs

Brenig discusses the significant challenge of detecting and tracking UFOs due to their unpredictable nature. He questions the feasibility of mobilizing resources for observations that might cease at any moment. The article raises the issue of what kind of instruments should be used, given that the nature of UFO emissions (radio, X-rays, neutrinos, gravitational waves, etc.) is unknown. This necessitates the mobilization of a wide range of physical measurement and imaging instruments. The detection of gravitational waves and most elementary particles requires highly complex and immobile equipment like bubble chambers or Wilson chambers, often housed in large facilities.

Brenig notes that UFO detection is a major problem that has been inadequately addressed, partly due to financial constraints. He argues that without detection, theoretical considerations about UFO propulsion, materials, and occupants remain speculative. Currently, scientists rely on imprecise, subjective, and fragmented data from accidental witnesses. While this data is useful as an indication of the phenomenon's existence, it is insufficient for scientific analysis. The article also mentions the tendency for exaggeration and falsification, emphasizing the need for careful and meticulous investigations, citing examples like the analysis of photos from Petit-Rechain and Lac Chauvet.

Brenig reveals that SOBEPS is currently undertaking an intensive reflection on UFO detection and observation techniques, a project he is coordinating.

2. Propulsion and Materials of UFOs

Based on observations, UFOs exhibit remarkable maneuverability, including stationary flight without apparent effects (except for occasional electromagnetic phenomena like heat or noise), extreme acceleration and speed defying current propulsion capabilities, and the absence of sonic booms. They also display unusual light sources and instantaneous appearances and disappearances.

Physicists like J.-P. Petit (CNRS) and A. Meessen (UCL) have proposed original propulsion mechanisms to explain these characteristics. One hypothesis suggests a reaction effect on electrical charges, created by ionizing the surrounding air and accelerating them rearward using electrical and magnetic forces. This would require substantial energy storage and power, which is difficult to imagine with current technology. While this could explain the absence of sonic booms and some electrical effects, it doesn't account for the lack of blast, noise, heat, or the immense energy required for extreme accelerations. Furthermore, it raises questions about propulsion in the vacuum of space, where there is insufficient matter to ionize.

Brenig also mentions the limitation imposed by the speed of light on interstellar travel, referencing potential theories that might circumvent this, though not exhaustively.

Cosmological Articles

The issue also features three articles on cosmology, the science of the origin and evolution of the universe. These articles present a diverse range of current theories and highlight the vibrant, sometimes contentious, debates within the field. The opinions expressed are those of the authors and do not necessarily reflect the views of SOBEPS. The aim is to provide readers with a broad, though incomplete, overview to form their own opinions.

Article by J.-P. Petit:

Petit proposes a cosmological theory involving 'twin' or 'parallel' Universes, one containing matter and the other antimatter, with no contact between them. He suggests that massive celestial bodies could transition between these Universes, potentially allowing for faster-than-light travel by exploiting the parallel Universe's geometry. This theory offers an alternative to the concept of black holes. However, it faces difficulties and contradictions.

Article by A. Meessen:

Meessen provides a detailed critical analysis of J.-P. Petit's theory, recalculating Petit's work and identifying several obscure points and inconsistencies. Meessen's analysis is praised for its clarity and accuracy in summarizing complex cosmological ideas. The article is presented as a positive and amicable contribution to scientific debate, aiming to foster truth-seeking. It also reflects the personal tensions that can arise in scientific discourse, emphasizing that science is a human activity with its strengths and weaknesses, subject to constant revision.

Article by E. Gunzig:

Gunzig, a professor at ULB, offers an overview of prevailing ideas about the Universe's genesis and the relationship between the subatomic world and cosmic scales. He discusses his own contributions to the theory of emergence of matter and energy from the quantum vacuum. Gunzig's talent for popularization makes complex notions accessible to non-scientists.

Alternative Propulsion Theories

Brenig briefly mentions other, less revolutionary theories regarding interstellar travel, initiated by R.H. Dicke and further developed by M. Alcubierre and R.H. Puthof. These theories suggest that the speed of light, while a limit, can vary depending on the region of the Universe. This variation is linked to the local curvature of space, which is influenced by gravitational energy. The idea is that light might travel slower near massive objects due to increased space curvature. This concept could potentially be exploited by advanced civilizations for interstellar travel.

3. Possibility of Extraterrestrial Life

The extraordinary performance of UFOs makes terrestrial origins difficult to attribute, though natural terrestrial phenomena cannot be entirely ruled out. The article raises the question of intelligent extraterrestrial life, noting that researchers are actively pursuing this question through programs like SETI (Search for Extra-Terrestrial Intelligence) and MEGASETI, which aim to detect signals from alien civilizations. So far, no messages have been detected, and the article questions whether humanity would even be able to recognize or decode such a message if received.

However, other research is more fruitful. The presence of amino acids in space, the building blocks of genetic code, has been confirmed by space spectroscopy. Furthermore, research programs searching for extrasolar planets have provided strong indirect evidence for their existence, thanks to powerful telescopes like Hubble. These planets are found to be numerous in our galaxy and the universe. Biologists widely believe that life is a universal phenomenon and develops in similar forms across comparable environments. Recent NASA findings suggest the possibility of primitive life on Mars 3.6 billion years ago, when conditions were more Earth-like, with liquid water, a denser atmosphere, and CO2.

4. UFOs and Taboos

Despite the evidence, UFOs remain a taboo subject in science. Many colleagues are interested but hesitate to confirm their interest publicly for fear of damaging their reputation. This situation is attributed to several factors: government disinformation campaigns since the 1950s, numerous falsifications of documents by private researchers, the mystical behavior of many UFO enthusiasts, and the declining availability of scientific posts and budgets.

This collective fear prevents the scientific community, which possesses the necessary knowledge, from objectively addressing the UFO problem. Consequently, progress in ufology has been slow since its inception after World War II. Despite extensive investigations and numerous witness reports worldwide, no definitive conclusion has been reached regarding the nature of UFOs: collective hallucination, unknown natural phenomena, or extraterrestrials.

The article questions whether an accident will be necessary to finally provide the means to unblock research in this area.

Recurring Themes and Editorial Stance

The recurring themes in this issue revolve around the scientific investigation of UFO phenomena, the challenges and limitations of current scientific paradigms, and the potential for extraterrestrial life. The editorial stance, as presented by the authors, is one of open inquiry within the scientific method, acknowledging the counter-intuitive nature of modern physics and the need for rigorous, yet open-minded, investigation of unexplained phenomena. The magazine aims to present diverse scientific perspectives, even controversial ones, to foster informed debate among its readers.