RELATIVISTIC GRAVITHERMODYNAMICS AND STATISTICAL INTERPRETATION OF QUANTUM MECHANICS
RELATIVISTIC GRAVITHERMODYNAMICS AND STATISTICAL INTERPRETATION OF QUANTUM MECHANICS Danylchenko, Pavlo SSPE GeoSystem, pavlodanylchenko@gmail.com   Thermodynamical interpretation of General Relativity [1], consideration of the Universe as a single spiral-wave formation [2], and consideration of the so-called elementary particles and quarks as finite local flows of these spiral waves [3, 4] actually allowed the creation of a "theory of everything" [5], which would explain, in fact, everything in the world within the framework of a single model. The presence of relativistic non-simultaneity (in cosmological time that is counted in the frame of references of spatial coordinates and time (FR) comoving with matter in expanding Universe (CFREU)) of events that are simultaneous in FR of people’s world leads to the fact that Schwarzschild sphere belongs only to infinitely far cosmological future and the pseudo-horizon of events (that covers entire infinite in CFREU fundamental space) belongs only to infinitely far cosmological past [1, 6, 7]. For exactly this reason the collapse of the matter under the Schwarzschild sphere is fundamentally impossible, and the hypothetical “black holes” (that “substitute” real extremely massive neutron stars that have a hollow body topology and mirror symmetry of their own space and contain antimatter inside their inner singular surface) are also fundamentally impossible. And the theory of Big Bang of the Universe (that is based on its origination from a point) is false. After all the spherical surface that corresponds to infinitely far past of cosmological time has not zero, but, quite the contrary, maximum possible value of photometric radius in FR of people’s world rc≈c/H=(3/Λ)1/2, where: c – constant of velocity of light, H – Hubble constant, Λ – cosmological constant [1, 6]. Although the simultaneous spontaneous inversion of wave fronts of all microobjects of matter (and thus mutual transformation of matter into antimatter and of antim ... Читать далее
____________________

Эта публикация была размещена на Либмонстре в другой стране и показалась интересной редакторам.

Полная версия: https://elibrary.com.ua/m/articles/view/RELATIVISTIC-GRAVITHERMODYNAMICS-AND-STATISTICAL-INTERPRETATION-OF-QUANTUM-MECHANICS
Беларусь Анлайн · 258 days ago 0 146
Professional Authors' Comments:
Order by: 
Per page: 
 
  • There are no comments yet
Library guests comments




Actions
Rate
0 votes
Link
Permanent link to this publication:

https://biblioteka.by/blogs/entry/RELATIVISTIC-GRAVITHERMODYNAMICS-AND-STATISTICAL-INTERPRETATION-OF-QUANTUM-MECHANICS


© biblioteka.by
 
Library Partners

BIBLIOTEKA.BY - Belarusian digital library, repository, and archive

Create your author's collection of articles, books, author's works, biographies, photographic documents, files. Save forever your author's legacy in digital form. Click here to register as an author.
RELATIVISTIC GRAVITHERMODYNAMICS AND STATISTICAL INTERPRETATION OF QUANTUM MECHANICS
 

Editorial Contacts
Chat for Authors: BY LIVE: We are in social networks:

About · News · For Advertisers

Biblioteka.by - Belarusian digital library, repository, and archive ® All rights reserved.
2006-2025, BIBLIOTEKA.BY is a part of Libmonster, international library network (open map)
Keeping the heritage of Belarus


LIBMONSTER NETWORK ONE WORLD - ONE LIBRARY

US-Great Britain Sweden Serbia
Russia Belarus Ukraine Kazakhstan Moldova Tajikistan Estonia Russia-2 Belarus-2

Create and store your author's collection at Libmonster: articles, books, studies. Libmonster will spread your heritage all over the world (through a network of affiliates, partner libraries, search engines, social networks). You will be able to share a link to your profile with colleagues, students, readers and other interested parties, in order to acquaint them with your copyright heritage. Once you register, you have more than 100 tools at your disposal to build your own author collection. It's free: it was, it is, and it always will be.

Download app for Android