Matest M. Agrest


Mates Mendelevich Agrest was a Russian-born mathematician and a proponent of the ancient astronaut theory.

Biography

Agrest was born in Knyazhitsy in the Mogilev Governorate of the Russian Empire on 20 July 1915. He graduated from Leningrad State University in 1938 and received his PhD in Science, Physics and Mathematics in 1946. He became the Chief of the University's Laboratory in 1970. He retired in 1992 and emigrated with his wife Riva to Charleston, South Carolina, in the United States.
Agrest authored more than 100 scientific articles and five monographs on the subjects of mathematics, physics and astronomy. Some of his articles were devoted to the question of paleocontacts- contacts of extraterrestrial intelligent beings with Earth. His article "Космонавты древности", published in 1961 in Moscow, has been translated into many languages. Agrest has been said to be the first scientist to advance the theory that Earth had been visited in pre-historic times by intelligent beings from outer space.
In a 1959 work, he asserted a number of unorthodox claims, such as that the megalithic stone terracing at Baalbek had been used as a launch site for spaceships, and that the destruction of Biblical Sodom and Gomorrah were the result of a nuclear explosion detonated by extraterrestrial beings.
Agrest was a major inspiration of later figures such as Erich von Däniken and Zecharia Sitchin, who in later decades popularized the idea of ancient astronauts. He has been described as the doyen of the ancient astronaut theory.
Agrest was a member of the Ancient Astronaut Society, and contributed a number of articles to the society's periodicals.

Publications

  1. Следы ведут в... космос?, 9 February 1960
  2. КОСМОНАВТЫ ДРЕВНОСТИ, 1961
  3. Des cosmonautes dans l'antiquité?, 1962
  4. Theory of Incomplete Cylindrical Functions and their Applications, co-authored with Michail S. Maksimov, 1971
  5. The Historical Evidence of Paleocontacts, 1994
  6. Paleocontact Ideas in the Middle Ages, 1994
  7. Experimental Proof of the Paleocontact Hypothesis, 1995