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...of this idea is well known as a linear approximation to Einstein's theory of relativity. See, for example: ==Four potential theory of gravitation== ...

...vector <math>~ \mathbf {H} </math> can be determined by [[cross product]] of two vectors: <ref> [[User:Fedosin |Fedosin S.G.]] [http://serg.fedosin.ru/k where <math> ~\mathbf \Gamma </math> is vector of [[Physics/Essays/Fedosin/Gravitational field strength |gravitational field ...

...ced at a given point of the field, to gravitational mass <math>~ M </math> of this particle: ...[http://vixra.org/abs/1209.0111 Electromagnetic and Gravitational Pictures of the World.] Apeiron, 2007, Vol. 14, No. 4, P. 385 – 413. </ref> ...

differently for the following reason. As a result of the more careful study of electromagnetic phenomena, we have come to regard action at a ...

...osin | Sergey Fedosin]] in 1999. The torsion field dimension in the system of physical units SI is the same as for frequency, that is s^-1. ...ays/Fedosin/Gravitational model of strong interaction |gravitational model of strong interaction]]. ...

...tional System of Units |International System of Units]], the first mention of gravitational constants was possibly due to Forward (1961).<ref name = Forw ...measurements and definition of physical quantities are based on the speed of light. ...

...hysics/Essays/Fedosin/Covariant theory of gravitation |covariant theory of gravitation]]. == Theory of phenomenon == ...

...s the time flow rate. This phenomenon can be detected by comparing results of two experiments, conducted in gravitational field with different potentials ...al of Physics vol.45 no.9 (1977), pp.811–817; Part III in American Journal of Physics vol.45 no.10 (1977), pp.899-902, see [http://hermes.ffn.ub.es/luisn ...

[[Microfluid_mechanics|>back to Chapters of Microfluid Mechanics]] ...nother. An interaction is fundamental when it cannot be described in terms of other interactions. ...

...[Physics/Essays/Fedosin/Fine structure constant |fine structure constant]] of electromagnetic interaction and the electric [[w:elementary charge |element == Comparison of interactions == ...

{{translations|Hilbert_Book_Model_Project/Gravitation}} = Gravitation = ...

...lativity/General relativity| general relativity]]. The most common version of GEM is valid only far from isolated sources, and for slowly moving test par ...to a source of static gravitational field. Similarly, the relative motion of an observer with respect to an electrical charge creates a magnetic field a ...

...due to shift along the [[scale dimension]] also are included in the scope of the MTR. == Creation of MTR == ...

[[Microfluid_mechanics|>back to Chapters of Microfluid Mechanics]] ==Scaling effects in nature == ...

...me. It uses confirmed physical theories to present a new, simplified view of what these theories describe. ...on]]s with a velocity component in an additional dimension (or dimensions) of space. ...

...bing it into the radial coordinate. So we will start with a trial solution of ...or <math>G^{\mu \nu} </math> for this line element has a time time element of ...

...in | Sergey Fedosin]] in 2002 and is a special case of the [[metric theory of relativity]]. <ref> Fedosin S.G. [https://payhip.com/b/N6Jx Sovremennye pro ...special relativity#Lorentz transformation without second postulate|History of special relativity#Lorentz transformation without second postulate]] == ...

==Strong (nuclear) gravitation == ...n approach. Now many persons are working on this subject. A main advantage of this subject is: it couples black hole physics and particle physics. ...

...ay friction force and energy dissipation emerging in systems with a number of closely interacting particles. ...eans of [[dissipation field tensor]] and in equation for metric – by means of [[dissipation stress-energy tensor]]. ...

...says/Fedosin/SPФ symmetry|SPФ symmetry]], the nuon’s analogue at the level of stars is a [[w:white dwarf |white dwarf]]. ...etc.) in the interior of stars. This white dwarf represents the bare core of a star at the red giant stage, which has blown off its outer envelope, whic ...