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Teknisk Studiehefte - 1960 11
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Title: TEKNISK STUDIE HÆFTE Issue: November 1960 Volume: 3 Publisher: SUFOI (Scandinavian UFO-investigation) Country: Denmark Language: Danish
Magazine Overview
Title: TEKNISK STUDIE HÆFTE
Issue: November 1960
Volume: 3
Publisher: SUFOI (Scandinavian UFO-investigation)
Country: Denmark
Language: Danish
This issue of 'Teknisk Studie Hæfte' is dedicated to exploring the technical and physical aspects of the UFO phenomenon. It aims to provide a foundation for further study and research, with articles presented on the authors' responsibility and not necessarily reflecting SUFOI's official stance.
Technical-Physical Problems Through UFOs
Authored by psychophysicist Dr. E. W. Dicke, this section addresses the technical-physical challenges presented by UFOs. Despite their enigmatic nature, the article posits that their appearance and technical basis are not entirely beyond comprehension, with the mystery stemming from humanity's limited knowledge. The primary technical-physical challenge is their flight capability, which includes not only supersonic speeds but also the ability to change direction instantly, stop in mid-air, and return to their origin. These maneuvers suggest a mastery of gravitational energy, enabling them to withstand immense forces that would crush any terrestrial aircraft or metal. The article speculates on the possible appearance of UFO crews, suggesting they might resemble humans but possess an advanced understanding of gravitational energy.
What is Gravitation?
This section delves into the concept of gravitation, tracing its understanding from Kepler's laws of planetary motion, verified by Galilei and Newton. It defines mass as the sum of atoms, or more precisely, the elementary particles (protons, neutrons, electrons) that constitute mass. The article notes that while Einstein's relativity laws acknowledge the complexity of mass and its relation to gravity, the fundamental laws describing gravitational effects remain valid. It highlights the challenge in precisely defining mass, especially considering the vast difference in scale between atomic nuclei and atomic diameters. The discussion touches upon the idea that all particles within a certain mass range might possess three types of charges, a concept supported by the discovery of antiprotons.
UFO Propulsion and Technology
The article explains that UFOs have solved the problem of gravity by incorporating an automatic gravitational regulator, rendering them and their occupants independent of Earth's gravitational energy. This system neutralizes dangerous energy effects like pressure and braking forces, which are seen as byproducts of flight energy relative to gravity. To master gravitational energy, a deeper understanding of mass construction and atomic physics is required than currently possessed by Earth science. The article details the atomic structure, composed of protons, neutrons, and electrons, and mentions the existence of other particles like positrons and mesons. It further explores the concept of antimatter, suggesting that antiprotons and neutrons could form atomic nuclei, with positrons acting as electrons. The interaction of free protons with opposite charges could lead to their conversion into immaterial energy with immense penetrating power. The article speculates that UFO construction materials are incredibly strong, resisting even the most powerful welding torches. It suggests that by manipulating atoms with opposite charge tendencies, materials can be created with properties unknown on Earth, offering exceptional hardness and technical efficiency. This mastery of atomic charge relationships allows UFOs to not only construct their vehicles but also control gravity through a system involving a fluid-filled pipe and high-frequency currents.
UFO propulsion is described as being based on a constant field alteration. The unique construction of their flight apparatus allows them to magnetize poles, enabling them to use Earth's magnetic field as a source of propulsion and to harness Earth's gravitational energy. Their advanced high-frequency technology and utilization of cosmic ultra-radiation allow them to generate propulsion through continuous field changes. This same technology is used for their advanced intelligence-gathering apparatus and radar systems. To prevent electrical overload and overheating, UFOs may use hollow copper spheres to absorb excess energy, which are then ejected. These spheres, reacting to Earth's gravity outside the craft's gravitational field, can burn with a green light due to atmospheric resistance, creating green fireballs and potentially an explosive sound upon impact. The shielding of Earth's gravity also enables silent flight by creating a weightless cushion of air molecules, thus avoiding sonic booms and the heat barrier at supersonic speeds. High-frequency currents and oscillating fields are also cited as explanations for observed light phenomena. The ionized air cushion around the craft is thought to produce different color values based on electrical impulse states and frequency changes at higher speeds. This mastery of gravity also explains their ability to operate underwater.
Regarding the visible changes in UFO appearance, the article suggests these can be optical phenomena. A flying disc might appear in various forms depending on the viewing angle. The warmer air cushion around the craft can also create significant temperature differences, contributing to observational reports. The article dismisses the idea of UFO crews being 'spiritual beings,' emphasizing that their actions are material and technical. It aligns with Adamski's view that UFO crews are physical beings, and their ability to disappear is a higher-level manipulation of biological energies rather than magic. The article notes that such biological energies have influenced technical apparatus on Earth, citing experiences from researchers in Tibet and India.
Electromagnetism
Authored by Engineer Cort Trap, this section focuses on the interplay between electricity and magnetism. It explains that electric currents in conductive materials generate magnetic effects. The discovery by H. C. Ørsted of the rule governing the perpendicular interaction between a current and a magnetic field is highlighted, known as the 'Right-Hand Rule.' This rule states that if the right hand's fingers point in the direction of the current and the palm faces the magnet, the north pole will deflect towards the thumb side. Consequently, any electric circuit can be viewed as a flat magnet. Electron currents within molecules can make them magnetic, allowing them to be ordered and influenced under specific conditions. Combining multiple current circuits creates a 'coil,' which becomes an 'electromagnet' when current flows through its windings. The polarity of the electromagnet can be reversed by changing the current direction. The magnetic field of an electromagnet can be amplified by inserting a piece of soft iron. The article explains that soft iron becomes magnetized like a permanent magnet but loses its magnetism when the current is switched off, whereas hard magnetic steel retains some magnetism, known as 'remanent magnetism,' allowing for the creation of strong, permanent magnets.
The article then explains how magnets can induce electric current in electrical conductors, a principle fundamental to modern electrification. When a magnet approaches a coil, a current is induced in the coil that opposes the magnetic field. This induced current can be measured by an ammeter. When the magnet is stationary, the induced current ceases. Removing the magnet induces another current that attempts to hold the magnet in place. This principle is applied in generators (for alternating current) and dynamos (for direct current). The process of generating electricity involves moving magnets past coils or vice versa, driven by various power sources like water turbines or diesel engines. The generated electrical energy is transmitted through the power grid at nearly the speed of light. The concept of a transformer is introduced, which uses one electromagnet to induce a current in another, allowing for voltage changes to suit different transmission and usage needs.
Space Race and Rocketry
Race for Astronomical Constructions
This section discusses the ongoing race in space construction, driven by materialistic principles. Despite the scientific consensus that organic life does not exist on planets within our solar system, astronauts are actively working to construct 'man-kapsler' (human capsules) capable of transporting people to the Moon, Venus, and Mars. The article mentions that the Mc Donnel Aircraft Corporation in St. Louis has received an official request from NASA to build such a spacecraft. Russia is also developing passenger rockets, designed by Professor Dr. Dobronravow, intended to carry three people to the Moon, Venus, and Mars safely.
Did "Atlas" Get Swept from the Sky?
This report details the explosion of the international ballistic missile "Atlas" on June 11, 1957, shortly after its launch. Traveling at a speed of 16,000 miles per hour, the missile, described as "The Last Weapon," detonated at an altitude between 5000 and 6000 feet, appearing as a terrible fireball. Eyewitnesses described it as being "swept from the sky." A journalist from Jacksonville reported seeing the explosion as an orange-red swirling mushroom cloud, and immediately before the detonation, observed a light or luminous object heading towards the rocket.
Recurring Themes and Editorial Stance
The recurring themes in this issue revolve around the technical and scientific investigation of UFOs, exploring their potential propulsion systems, the physics behind their operation (gravitation, electromagnetism), and the broader context of space exploration. The editorial stance, as represented by SUFOI, is one of open inquiry and technical analysis, encouraging detailed study and research into the UFO phenomenon. The articles present speculative but scientifically grounded theories, aiming to demystify UFOs through an understanding of advanced physics and engineering principles, while also reporting on contemporary events in space technology and incidents like the 'Atlas' missile explosion.