Patent FR-2819930-A3 (FR)
Title: New basics of inclusive and general physics of the universe proposes that the universe undergoes infinite cycles of explosion, expansion, contraction and new explosion
Inventor: ZAGYANSKY YULY
IPC: G21K1/00
Filed: 2001-01-22
Abstract: New basics of the physics of the universe, to supersede Bohr-Einstein theories, propose that the universe undergoes infinite cycles of Big Bang explosion, expansion, contraction and new explosion. Practical consequences include the creation of extremely high stable temperatures, and the possibility of changing the radioactive half-life of elements. New basics of inclusive and general physics of the universe are characterized by the following: (a) electromagnetic waves do not leave the universe (in its present expansion) and have collected since the creation of the universe ('Our' Big Bang) as a result of multiple reflections completed from the confines beyond which there are no longer any neutrinos and antineutrinos, propagating light and changing its velocity; (b) the broad spectrum (from radio waves to gamma rays) of diffuse high intensity electromagnetic radiation in the present universe results from the impossibility of electromagnetic waves leaving the universe (since the Big Bang); (c) near to large masses (such as a Black Hole or even the Sun) there are increased concentrations of neutrinos and antineutrinos producing gravitational lenses due to the changes in the velocity of light under these conditions (but not because of the 'Utopia' of the General Theory of Relativity); (d) the mass of the Classical Universe is much greater than the critical mass due to the very high total mass of neutrinos and anti-neutrinos, and therefore the universe will contract as a result of gravitational forces, after actual expansion; (e) the second law of thermodynamics relating to a permanent global increase in entropy is not correct, since light cannot leave the universe, and the concentration of light should increase in the last phases of the contraction of the universe; (f) there will be a moment at which occurs a strong explosion caused by very high concentrations of electromagnetic waves during the contraction of the universe; (g) in 'Our' Big Bang the explosion causes the spallation of heavier elements and only to hydrogen and helium (and traces of Li-Be-B), and the present Big Bang describing particle aggregation or primordial nucleosynthesis is profoundly false; (h) Black Holes (comprising 'neutros') remaining after such a Big Bang serve to create galaxies by rapid rotation of luminous material exploded and illuminated at a single time, making a galactic flat disc with eccentric rotation of the stars, similar to the solar system; (i) due to a subsequent lack of heavy elements and an increasing abundance of 'neutro' particles after 'Our' Big Bang, the contraction of the universe should continue without a fission explosion until a temperature at which occurs much stronger nuclear reactions of neutros with neutrinos and antineutrinos, leading to the creation of electrons, positrons, protons and neutrons; (j) the cycles of the Classical Universe should be infinite according to the interaction of the law of the closure of the frontiers of the universe with the law of universal gravitation, where cycles with fission of heavy elements (weaker explosions) are succeeded by Supernova explosions of a titanic force (much stronger explosions); (k) the titanic cosmic rays produced by Other Universes must be the products of a super-powerful explosion; and (l) the cosmic rays easily pass through the Sun (and the Moon) because of the absence of mutual electromagnetic interaction, at a speed greater than that of light, except for a minority that collide with the small nuclei of matter on a direct path. Radioactivity is not spontaneous (as is accepted by all), and is caused by the direct collision between cosmic rays having a velocity greater than that of light with the nuclei of matter. The radioactive half-life can be reduced by thick layers of very dense elements or 'neutro' particle material. Extremely high, stable temperatures can be created in 'a chamber', simulating the general conditions of the Big Bang, by eliminating neutrinos and antineutrinos with the assistance of intense gamma radiation and magnetic fields and by greatly reducing the volume. In the interaction of particles (cosmic rays) having a velocity greater than that of light with a substance, by increasing the concentration of neutrinos and/or antineutrinos near the substance the velocity of the electromagnetic field is increased.