Teknisk Studiehefte - 1960 12

Magazine Overview

Title: TEKNISK STUDIE HÆFTE
Issue Date: December 1960
Publisher: SUFOI (Scandinavian UFO-investigation)
Country: Denmark
Language: Danish

This issue of 'Teknisk Studie Hæfte' is a technical study booklet aimed at providing UFO enthusiasts with a foundation for further research into the UFO phenomenon. It covers various topics related to UFO work, presented at the authors' own responsibility.

Content Overview

The booklet is divided into chapters focusing on different planets and related scientific discussions.

Chapter 4: Mercury

Mercury is the first planet encountered when moving outward from the Sun, located at an average distance of approximately 57.8 million km from the Sun and 91 million km from Earth. Its orbit is elliptical and slowly rotates over a period of 3 million years, a phenomenon explained by Einstein's corrections to the law of gravity. Mercury has an orbital period of 88 days and rotates on its axis in the same period. It is rarely visible as a small black dot against the Sun's disc, a phenomenon known as a Mercury transit. Due to its proximity to the Sun, it is usually observed during twilight.

Venus

Venus is located at an average distance of 108 million km from the Sun and about 41 million km from Earth. It is described as one of the brightest 'stars' in the sky, appearing as either the morning or evening star. Venus is visible for only about 3-4 hours and exhibits phases like the Moon, though not visible to the naked eye. Its orbital period is 225 days, but its rotation period has been debated, with recent findings suggesting it is just over 20 hours. Venus is slightly smaller than Earth and is surrounded by an atmosphere primarily thought to be carbon dioxide. However, recent observations have detected water vapor in its atmosphere, opening possibilities for the presence of oxygen. This discovery was made using instruments on balloons and further confirmed by manned balloon flights.

Mars

Mars is located at an average distance of 228 million km from the Sun and about 78 million km from Earth. It has a diameter of nearly 7000 km and a mass about 1/10th of Earth's. Its orbital period is 687 days, and its rotation is just over 24 hours. Temperatures on Mars vary, with equatorial zones reaching up to +40°C. The atmosphere of Mars has been a subject of discussion, with recent observations suggesting it may be thicker and extend further from the surface than previously assumed. Mars has two moons, Phobos and Deimos. Phobos orbits Mars in 7 hours, while Mars rotates in 24 hours. The presence of life on Mars has been a long-standing debate, fueled by the discovery of Martian 'canals' by G. V. Schiaparelli in 1877.

#### Russian Scientific Opinion on Life on Mars

Russian scientists believe there is plant, animal, and human life on Mars. New scientific findings from the November 1958 opposition have supported existing theories and UFO research. Contributions from L. Golosnitzky's book 'Life on Other Planets' are cited.

#### Astrobiology and Conditions for Life

The concept of astrobiology, founded by Gabriel Adrian Tikhov, studies the possibility of life on celestial bodies. For life to exist, three conditions are essential: suitable temperature, water, and an atmosphere. Mars possesses these conditions to some extent. Its rotation period is similar to Earth's, and it experiences seasons. While Mars receives less sunlight and heat than Earth, its plants may have adapted to utilize a wider spectrum of solar radiation, including infrared rays.

#### 'Canals' and Vegetation on Mars

The 'canals' on Mars, observed as extensive lines, are a subject of debate. While some consider them geological formations, others, like G. A. Tikhov, suggest they are artificial waterways created by intelligent beings to transport water. The periodic appearance of green coloration in these 'canals' during spring is interpreted as evidence of vegetation. The hypothesis of artificial waterways suggests that intelligent inhabitants on Mars collected meltwater and channeled it to specific areas, creating cultivated fields visible as green zones.

#### Evidence for Animal Life and Intelligent Life

The text posits that if vegetation exists on Mars, it would require a constant supply of carbon dioxide, which animals exhale. The presence of carbon dioxide without an identified inorganic source suggests the possibility of animal life. The question of intelligent life on Mars is also raised, with the logical inference that if intelligent beings exist on Earth, they might also exist on other planets, including Mars.

Recurring Themes and Editorial Stance

The recurring themes in this issue are planetary science, astrobiology, and the potential for life on other planets, particularly Mars. There is a strong emphasis on scientific observation, theoretical analysis, and the integration of UFO research with astronomical findings. The editorial stance appears to be open to speculative but scientifically grounded theories, particularly regarding extraterrestrial life and the possibility of artificial structures on other planets. The publication encourages further study and research into these complex subjects.