Bolshakov Boris Evgenievich, Doctor of Technical Sciences, professor, full member of RANS, head of Sustainable Innovative Development Department of “Dubna” University, co-head of International Scientific School of Sustainable Development n.a. P.G. Kuznetsov
The monograph deals with author’s ideas about the nature of the problem and the possibility of its precise description in the universal LT-language. The author’s position on the key issues of gravity – antigravity – is presented.
It is shown that gravity and antigravity represent the fundamental laws of the Unified System of the cosmoplanetary Life evolving in the Time-Space of the Universe.
For the first time anti-gravity equations are proposed in the universal LT-language. The possibilities and prospects of their application in rocket and non-rocket spaceflight methods are discussed.
Identified and disclosed signs that give grounds to talk about the existence of a substantial field, which is in interaction with the gravitational and electromagnetic fields; The space-time and physical properties and characteristics of the field are presented.
The work is based on an experimentally confirmed and theoretically developed idea of a single substantial Space-Time, manifested in invariants of the laws of the LT-system and, especially, in the law of conservation of the rhythmocyclic development of Life as a cosmic phenomenon expressed in universal LT-language.
It is shown that the maximization of flight parameters is achieved in LT-technologies – LT-antigravitons, which ensure the harmonization of flight parameters (safety, speed, time, range, weight, useful power, efficiency, cost, etc.) with parameters of the Unified law of conservation of the rhythmocyclic development of Life or rhythmicyclic growth of useful power. The properties of LT-antigravitons that do not have world analogues are discussed.
It is of interest both for a wide range of readers and for specialists.
Download appendix ANTIGRAVITY ON THE UNIVERSAL LT-LANGUAGE AND THE POSSIBILITY OF ITS USE IN REACTIVE AND NON-REACTIVE SPACE FLIGHT