Subatoma of hydrogen in experiments. Nevolin V.K.

A new, previously unknown subatomic state of hydrogen, was predicted on the basis of many years of theoretical studies. Hydrogen subatomas are mainly distinguished by more compact localization and, as experiments show, can contribute to the experimentally proven nuclear transmutation of elements, which will create new low -temperature energy sources without the use of radioactive materials. In this collection of articles, an original approach is proposed based on the solution of a number of well -known problems of quantum mechanics in representing the density of probability and comparison of solutions with the results of the wave representation, which allows us to eliminate existing contradictions and obtain a number of new results, including describing hydrogen subatomas. All articles are united by one goal - to prove the theoretically and experimentally the existence of hydrogen subatomas, which can play a noticeable role in biological systems to reproduce elements necessary for the growth and development of elements through nuclear transmutation. In particular, in new experiments it is shown that hydrogen subatomas initiate gamma radiation during photosynthesis in deciduous plants and with yeast metabolism. The book is intended for graduate students and young scientists who have previously studied quantum mechanics and wanting to work with hydrogen subatum states.