The paper considers ether as a dense inviscid compressible oscillating medium in the Euclidean three-dimensional space, given at each instant of time by the velocity vector of propagation of the ether density perturbations and satisfying the continuity equation and the ether momentum conservation law. ...

The paper considers ether as a dense inviscid compressible oscillating medium in the Euclidean three-dimensional space, given at each instant of time by the velocity vector of propagation of the ether density perturbations and satisfying the continuity equation and the ether momentum conservation law. ...

In the paper, ether is considered as a dense compressible inviscid oscillating medium in three-dimensional Euclidean space, having a density of ether and a velocity vector of propagation of density perturbations at each instant of time. Ether can be described by two nonlinear equations,...

In the work, proceeding from the equations of compressible oscillating ether, deduced from laws of classical mechanics, ethereal mathematical models of nucleus and atoms of chemical elements of the first and second periods of the Mendeleyev’s periodic table,...

Derivation of generalized nonlinear Maxwell-Lorenz equations from classical mechanics equations (continuity equation and momentum conservation law) is presented. These generalized equations are Galilean invariant. Their linearization leads to classical linear Maxwell-Lorenz equations...

From deterministic equations of compressible oscillating ether derived based on the laws of classical mechanics, the values of the energy levels of the ground excited and hydrino states of the hydrogen atom are obtained...

The basic ether equations, describing ether dynamics on the characteristic times and scales of the order of the atomic ones, are compared with macro-level ether equations, proposed for description of the phenomena on much larger scales...

Estimate of the unperturbed ether density is obtained on the basis of the mathematical theory of ether and known experimental data. Presentation of the ether density in electromagnetic and mechanical units is considered...

This paper gives an explanation of the experimental results carried out in the LLC "New Inflow" with low-energy nuclear reactions (LENR), accompanied by the transmutation of chemical elements with the release of additional heat...

The new mathematical results are presented, which open a possibility of solving the wide class of microcosm problems at the scales of the atom distances and times. The new approach allows detailed quantitative study of the nuclear reactions dynamics and control this processes with the aim to increase the power of energy release...

The material was presented on the ICCF-19 (http://iccf19.com) conference by the LLC "New Inflow".

Over the past five years the company "New Inflow" conducted theoretical and experimental studies aimed at promoting a new concept of creating energy devices. At the request of the company the author created a logically consistent mathematical theory of physical vacuum (ether), which allows to understand the mechanisms of appearance of matter and its transformation into energy...

The work is another step in building a mathematical theory of ether, carried out by the author on request of the company "New Inflow" leading theoretical and experimental studies aimed at promoting a new concept of creating energy devices. This theory allows to understand the mechanisms of appearance of matter and its transformation into energy...

Over the past five years the company "New Inflow" conducted theoretical and experimental studies aimed at promoting a new concept of creating energy devices. At the request of the company the author created a logically consistent mathematical theory of physical vacuum (ether), which allows to understand the mechanisms of appearance of matter and its transformation into energy...

Solutions of the ether equations appropriate to hydrogen states with reduced atomic radius (so called hydrino states) are found. The amount of energy release in transition to hydrino is determined. The activation energy of the transition is calculated. The stability of hydrogen hydrino and exited states is studied....

From the equations of the ether deduced on the basis of laws of classical mechanics, values of power levels of the ground and excited states of atom of hydrogen, corresponding to well-known experimental values, are obtained. It is shown, why and how the atom of hydrogen in the excited states is capable to absorb and radiate photons, and in the ground state - only to absorb...

From the equations of the ehter deduced on the basis of laws of classical mechanics, values of power levels of the basic and excited states of atom of hydrogen, corresponding to well-known experimental values, are obtained. It is shown, why and how the atom of hydrogen in the excited state is capable to absorb and radiate photons, and in the basic state - only to absorb...

Dimension of density of physical vacuum (ether) is found, its physical interpretation is given. Equivalence of dimensions of physical quantities generated by an ether to dimensions of physical quantities traditionally used in physics is shown. New systems of units of measurements of the physical quantities, based on density of ether are offered and analyzed...

In the paper, proceeding from the equations of physical vacuum deduced on the basis of laws of classical mechanics, formulas of a magnetic induction and electric and magnetic intensities fields of an element of a current are obtained. The law of bio-savar-laplas is deduced, updating of the ampere's law, taking place not only for parallel, but also for orthogonal currents is found. Occurrence of electromotive force, ampere's and lorentz's forces are explained from positions of classical mechanics...

In work, proceeding from the equations of physical vacuum deduced on the basis of laws of classical mechanics, the system of the equations describing distribution of waves in physical vacuum and invariant concerning Galilee transformations is received. It is proved, that the received system of the equations of electrodynamics of physical vacuum possesses solutions, derivatives from which are solutions of classical system of Maxwell equations and describe distribution of plane electromagnetic waves both in case of so-called empty space, and at presence in it of charges and currents...

This article sets out mathematical basics of unifying fundamental physical theory, with a single postulate of nonvoid physical vacuum. It will be shown that all basic equations of classical electrodynamics, quantum mechanics and gravitation theory could be derived from two nonlinear equations, which define dynamics of physical vacuum in three-dimensional Euclidean space and, in turn, are derived from equations of Newtonian mechanics

This monograph sets out mathematical basics of unifying fundamental physical theory, with a single postulate of nonvoid physical vacuum. It will be shown that all basic equations of classical electrodynamics, quantum mechanics and gravitation theory could be derived from two nonlinear equations, which define dynamics of physical vacuum in three-dimensional Euclidean space and, in turn, are derived from equations of Newtonian mechanics.