Teknisk Studiehefte - 1961 01

Magazine Overview

This issue of 'Teknisk Studie Hæfte' (Technical Study Booklet), published by S.U.F.O.I. (Scandinavian UFO-investigation) in January 1961, serves as a foundational text for individuals interested in UFO research. Edited by Frank Pedersen, the publication aims to provide a basis for further study and investigation into the UFO phenomenon, covering topics that are directly or indirectly related to UFO work. The content is presented under the authors' responsibility and does not necessarily reflect the opinions of SUFOI. The magazine is published in Denmark and is available via subscription.

Electro-magnetic Oscillations

Ingeniør Cort Trap's article, "Elektro-magnetiske svingninger" (Electro-magnetic Oscillations), begins by explaining the fundamental relationship between electricity and magnetism. It states that an electric current generates a magnetic field, and a changing magnetic field generates an electric field. If energy loss is minimal, these fields can propagate as electromagnetic waves through space at the speed of light. The article illustrates the electromagnetic spectrum, ranging from radio waves to X-rays and gamma rays, all traveling at light speed. Trap emphasizes the importance of understanding magnetism and electricity to comprehend modern technology and everyday life. He touches upon the advancements in space exploration, noting that current rocket technology provides knowledge about space but is not yet sufficient for true space travel. A crucial step towards space conquest, he suggests, would be the direct conversion of atomic energy into electrical energy, bypassing the current method of converting heat from atomic energy into mechanical energy and then into electrical energy. Such a direct conversion, if achieved without dangerous radiation or waste, could revolutionize power supply and potentially enable interstellar travel through electromagnetic waves.

Furthermore, Trap discusses the possibility of using electromagnetic waves to detect intelligent life elsewhere in the universe. He acknowledges that direct visual observation is limited, citing Venus as an example of a planet obscured by clouds. He proposes using directed radio waves, similar to light, as a potential method, drawing parallels to radar systems. The article mentions the successful transmission and reception of radio waves to and from Venus in 1959 as a potential avenue for proving extraterrestrial life. It also speculates about receiving signals from planets up to 100 light-years away, potentially detecting signals from civilizations that have developed radio technology.

Space Travel's Technical-Physical Problems

S. M. Pedersen's contribution, "Rumfartens teknisk-fysiske problemer" (Space Travel's Technical-Physical Problems), addresses recent developments in energy, matter, electricity, magnetism, and gravitation, particularly in the context of space travel. The article notes the public's interest in artificial satellites, space probes, and manned missions, fueled by observations of unidentified flying objects (UFOs) and the question of how such phenomena are possible within the laws of physics. Pedersen explains the initial stages of space travel, focusing on artificial satellites and unmanned probes designed to explore interplanetary space. He details the challenges of launching satellites, including overcoming atmospheric friction and the effects of gravity. The article explains that satellites must reach an altitude of approximately 200 km to avoid significant atmospheric drag and that vertical launch is the most direct path, though it works against gravity. Once in orbit, satellites achieve a speed of around 27,000 km/h to balance centrifugal force with Earth's gravity. The author also points out the advantage of launching satellites in the direction of Earth's rotation to utilize its initial speed.

Pedersen further elaborates on orbital mechanics, explaining that a satellite remains in orbit because it continuously falls towards Earth while the Earth's surface curves away beneath it. The article quantifies the gravitational acceleration and the satellite's deviation from its tangent path. It discusses how orbital velocity decreases with altitude, and how a specific altitude of approximately 36,000 km allows a satellite to appear stationary above a point on Earth (geostationary orbit), with an orbital speed of about 11,000 km/h, compared to the Moon's average speed of 3,400 km/h.

The article then delves into the theoretical underpinnings required to understand UFOs, mentioning nuclear physics, relativity, and field theory. It acknowledges the established principle that matter can be converted into energy and vice versa, with energy being proportional to mass times the speed of light squared. Pedersen proposes a view of atomic particles not as solid entities but as concentrated energy vortices or waves. He introduces the concept of a universal 'ether' or 'neutral field' pervading space, which, when disturbed, becomes visible, as demonstrated by iron filings aligning in a magnetic field. All electromagnetic waves, from radio to gamma rays, propagate through this field. The article posits that the destructive interference of field waves might be the mechanism by which elementary particles are formed in interstellar space, creating a balance between stellar radiation and matter formation. It suggests that the positive and negative electrons, fundamental to matter, can be understood as high and low-pressure vortices within this field.

Theories Regarding Planetary Rotation, Magnetic Fields, Cosmic Radiation, etc.

Knud Markmann Sørensen's article, "Teori vedr. planeters rotation, magnetfelt, kosmisk stråling m. m." (Theories Regarding Planetary Rotation, Magnetic Fields, Cosmic Radiation, etc.), proposes that Earth, like other planets, moves through the Sun's atmosphere, experiencing friction that results in a continuous 'thunderstorm' effect. This friction causes particles to be ejected in all directions, with positive particles identified as cosmic radiation and electrons causing electrical disturbances, potentially making Earth a 'radio star'. Sørensen suggests that the greatest friction occurs on Earth's night side, away from the Sun, which is supported by observations of 'whistlers' (a type of radio noise) being most frequent during nighttime hours. He also notes that the ionosphere is densest at night, improving radio reception. The article likens Earth's magnetic field to a simple electromagnet, with an electron belt rotating around a stationary Earth. It explains that solar explosions can create pressure waves that increase friction and cosmic radiation, leading to electrical and magnetic storms on Earth. The author also mentions that cosmic radiation decreases beyond Earth's atmosphere, supporting the idea that it originates from the outer edge of Earth's atmosphere.

Sørensen also discusses the Moon's lack of a magnetic field, attributing it to its lack of rotation and thin atmosphere, thus confirming the chain reaction: rotation, friction, electron belt, magnetism. He explains the formation of ionized layers as belts along the equator and caps over the poles. The article suggests that the Moon's apparent non-rotation is due to its movement within the Sun's atmosphere, creating a back-and-forth motion relative to the Sun. The increased density of the ionized layer during winter is explained by Earth's tilt, causing it to traverse a belt in the summer hemisphere, where friction is limited to the night side and further reduced by a shorter radius. Conversely, friction on the winter hemisphere persists throughout the day, with a maximum on the night side. An American radio amateur's discovery of specific intervals for long-distance radio connections, linked to star constellations, is presented as evidence that electrons from stars contribute to Earth's ionosphere, particularly during the day.

Sunspots and Their Effect on Earth

Hans Lauritsen's article, "Solpletter og deres virkning på Jorden" (Sunspots and Their Effect on Earth), highlights the significant impact of solar events on Earth. Sunspots, visible even with the naked eye under certain conditions, are described as powerful phenomena. They form in pairs, 30 degrees north and south of the Sun's equator, and migrate towards the equator over an 11-year cycle, where they meet and disappear. The polarity of these sunspots reverses every 11 years, leading to a 22-year cycle for their magnetic behavior. The article notes that the magnetic fields of sunspots are extremely strong, measured in thousands of Oersteds. This magnetism repels light particles (microatoms), causing them to accelerate and appear as short-wave ultraviolet light, which is observed to increase during periods of sunspot activity. Solar flares, described as glowing parts of the Sun's surface ejected with immense speed, are also discussed. Lauritsen explains that sunspots have lower temperatures than the surrounding solar surface, attributed to their magnetic fields repelling microatoms of light and heat. The article also touches upon the concept of universal pressure counteracting the Sun's outward radiation, creating extremely high temperatures in space at certain distances from the Sun. A similar phenomenon is observed around Earth, with temperatures varying significantly with distance from the planet.

Recurring Themes and Editorial Stance

The recurring themes in this issue revolve around the scientific investigation of UFOs, the fundamental principles of physics (electromagnetism, gravity, atomic theory), and the burgeoning field of space exploration. The editorial stance appears to be one of open inquiry, encouraging detailed study and research into unexplained phenomena, particularly UFOs, by applying scientific principles and theories. There is a clear emphasis on understanding the universe through physics, with electromagnetic waves and field theory being central concepts. The publication aims to bridge the gap between scientific understanding and the public's fascination with the unknown, particularly concerning extraterrestrial possibilities and advanced technological concepts.