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...t relates the average [[w:luminosity |luminosity]] of a sufficiently large stellar system with the area of its outer surface and the average [[temperature]] o ...en the atomic and stellar levels of matter. This allowed finding various [[stellar constants]] based on the dimensional equations. ...

...he average [[energy]] of motion in a certain set of typical objects of the stellar level of matter with the kinetic [[temperature]] characterizing this set. ...e Galaxy consisted only of identical more massive main-sequence stars, the stellar Boltzmann constant for them would be ''K''_s = ''А'' ''K''<sub>ps ...

...angular momentum and [[w:action (physics) |action]] for the objects of the stellar level of matter. ...constant|stellar Planck constant]] h_s, which was related to the stellar Dirac constant by a factor 2''π'' : h_s = 2π ħ_s. ...

...mentum]] and [[w:action (physics) |action]] inherent in the objects of the stellar level of matter. ...2''π'') we can obtain the [[Physics/Essays/Fedosin/Stellar Dirac constant|stellar Dirac constant]]. ...

== 5.3 Geophysical Evidence: Plate Tectonics and Planetary Evolution == ...e convection, has been the dominant model for explaining the formation and evolution of continents, ocean basins, and geological structures. However, recent dis ...

...erarchical Nesting of Matter]] in 2009 in the course of explanation of the evolution of elementary particles. <ref name="fs1"> Fedosin S.G. [https://payhip.com/ ...from the [[w:main sequence |main sequence]] stars in the course of natural evolution, at the end of the stage of thermonuclear fuel burn-up (hydrogen, helium, c ...

...r the [[Stars/Sun|Sun]]. There are many models of the Sun’s current state, evolution and interior. Models "of the Sun’s evolution and interior show that currently observed photospheric abundances (relative ...

...roduces a new way to understand gravity, planetary structuring, and cosmic evolution. It suggests that celestial bodies experience an ongoing influx of energy f * Why planetary and stellar bodies are structured in specific patterns. ...

...el''' is a theoretical model describing the internal structure, origin and evolution of the [[w:neutron| neutron]] based on the theory of [[Physics/Essays/Fedos === Stellar model === ...

<!--AstroStellarMeasurements_1-->Stellar parallax is {{clear}} ...parallaxes and [[w:proper motion|proper motions]] allowing measurements of stellar parallax for stars up to about 500 parsecs away, which is about ____ times ...

== Stellar and galactic hydrogen systems == ...<math>~ 0.145 M_c </math> (where <math>~ M_c </math> is Solar mass), are stellar analogue of hydrogen atom with mass <math> ~M_p </math>. <ref>Robert L. Ol ...

...electrons and other particles is considered from the standpoint of matter evolution in space, which occurs by the same laws at different levels of matter. The The characteristic and complementary processes in the global evolution of objects in the Universe are: 1) formation of particles and material bodi ...

...alactic nucleus [may be addressed using] a gaseous model of relaxing dense stellar systems".<ref name=Seoane>{{ cite book ...eventually halt the collapsing cloud and lead to the formation of a binary stellar system instead."<ref name=Loeb/> ...

'''Discreteness of stellar parameters''' is the property of distribution of the observed stars, in whi ...ters is the discreteness associated with the equations of the state of the stellar matter and with the phase transitions in this matter. This discreteness lea ...

...roduces a new way to understand gravity, planetary structuring, and cosmic evolution. It suggests that celestial bodies experience an ongoing influx of energy f * Why planetary and stellar bodies are structured in specific patterns. ...

...number of nucleons, and at the level of stars we observe [[discreteness of stellar parameters]] and the similarity between atoms and stars, including correspo ...ies of main objects and their satellites, which arises in the course of co-evolution under action of the [[w:fundamental interaction |fundamental interaction]]s ...

* '''Continuous increase in mass-energy''', affecting celestial evolution. * '''Expansion of planetary and stellar bodies''', observed in phenomena such as plate tectonics and exoplanet dist ...

...full form of: – the fourth dimension of matter in space ... The course of evolution may have to introduce us to the new characteristics of matter ... <ref> {{c ...31-433. DOI: 10.107/s10509-007-9557-x. </ref> Oldershaw attributes atomic, stellar and galactic levels of matter to the main levels in observable world, and i ...

1. <!--AstroStellarMeasurements_1-->Stellar parallax is ...parallaxes and [[w:proper motion|proper motions]] allowing measurements of stellar parallax for stars up to about 500 parsecs away, which is about ____ times ...

...along the [[gravitational torsion field]] of the star, and as a result the stellar energy is minimal. ...} </math> falls on the magnetar, which is the analogue of the proton. This stellar electron antineutrino consists of two parts, including the fluxes of ordina ...