N. LEVASHOV'S «SVETL BROOM» IN A. KHATYBOV'S «BATH SCHOOL» AND A LABOUR SPADE. BOOK 4. THE PHYSICS OF THE REALITIES

Book 4. The Physics of the Realities. Chapter 6. Reflection in the future time... 310 Pauli . 60 He reproached Einstein, paraphrasing the Bible: "So what God has separated, let not man combine». He mercilessly attacked any undeveloped theory , remarking sarcastically: "This theory can not even be called wrong". Nevertheless, ironically, the greatest skeptic Pauli himself became infected with general madness. In the 50's. he together with Werner Heisenberg proposed the unified field theory. In 1958, Pauli presented the unified theory of Heisenberg-Pauli at Columbia University. Niels Bohr , who was present in the hall, was not impressed by the theory. Bohr stood up and said: "We are here in the back rows, convinced that your theory is crazy. But our opinions are divided whether it is sufficiently crazy ". The theory was subjected to disparaging criticism . Since all the obvious variants of the unified theory have long been considered and rejected, the true unified field theory had to look completely unexpected and radically different from all previous versions. The Heisenberg-Pauli theory was just too traditional, too ordinary, and too common to be true. The same year, Pauli was very much alarmed when Heisenberg remarked in one of the radio broadcasts that in their general theory, only some technical details were missing. Pauli sent a letter to his friends with an empty rectangle and an inscription under it: "This way I want to show the world what I can draw like Titian. My picture lacks only technical details". Many "unverifiable" theories become verifiable over time. It took two thousand years to prove the existence of the atoms predicted by Democritus. As far back as the nineteenth century, a physicist, like Ludwig Boltzmann, who believed in atomic theory, could be persecuted to death, and today we have beautiful photographs of atoms. However , N. LEVASHOV CAME LIKE A BOLT FROM THE BLUE . Considering the interaction of a continuously changing geterogeneous space with matter, which has specific properties and qualities, he introduces the concept of "quantization (separation) of space by matter". 60 Wolfgang Ernst Poulley (April 25, 1900, Vienna – December 15, 1958, Zurich) is a Swiss theoretical physicist who worked in the field of elementary particle physics and quantummechanics. Nobel prize winner in physics for 1945.