The nature of thermal radiation from the Universe, Hawking radiation and quasar disks as natural masers

S.I. Konstantinov

Authors

S.I. Konstantinov

baryonic matter, dark matter, black hole, basov's maser

Abstract

The article examines the nature of thermal radiation from the Universe, black holes as a baryonic matter factory and quasar disks as natural masers.

Downloads

How to Cite

The nature of thermal radiation from the Universe, Hawking radiation and quasar disks as natural masers. (2024). Global Journal of Science Frontier Research, 24(A4), 69-74. https://journalofscience.org/index.php/GJSFR/article/view/102883

Download Citation

References

A Chernin (2013) Dark energy in the nearby Universe: HST data, nonlinear theory and computer simulation. 56(7).

N Afiordi, R Mann, R Purhasan (2014) Black hole at the beginning of time. (10).

Chang De, ; Dai, Dejanstojkovic (2019) Physicists have evaluated the effects of "tunneling" fields through a wormhole.

Ramesh Narayan, Michael Johnson, Charles Gammie (2019) The Shadow of a Spherically Accreting Black Hole. 885(2), L33.

V Etkin (2021) Egodynamic theory of the evolution of the Universe. 51, 25-34.

S Konstantinov (2019) Dark Matter is an Extreme State of Dark Energy (Fifth Interaction). 19(9), 1-10.

Leonardo Ferreira, Nathan Adams, Christopher Conselice Panic! At the Disks: First Restframe Optical Observations of Galaxy Structure at.

Leo Sapogin, Victor Boichenko (2015) Commutation Relations, Relativistic Invariance and Deriving the Value of the Fine-Structure Constant from Unitary Quantum Theory. 5(3).

K Liharev, T Klaeson (1992) Annual Index 1992. 267(6), 158-161.

A Kamaev, I Urmanov, A Sorokin, D Karmanov, S Korolev (2013) Images analysis for automatic volcano visibility estimation. 42(1), 128-140.

F Hoyle (1948) A new model for the expanding universe. 108, 372-382.

Xavier Calmet (2021) Quantum gravitational corrections to the entropy of a Schwarzschild black hole.

Stephen Hawking (1988) From the Big Bang to Black Holes.

Ingrid Fadelli (2021) Researchers observe stationary Hawking radiation in an analog black hole. 19.

K Law, Y Abe, A Morace, Y Arikawa, S Sakata, S Lee, K Matsuo, H Morita, Y Ochiai, C Liu, A Yogo, K Okamoto, D Golovin, M Ehret, T Ozaki, M Nakai, Y Sentoku, J Santos, E Humières, Ph Korneev, S Fujioka (2020) Relativistic magnetic reconnection in laser laboratory for testing an emission mechanism of hard-state black hole system. 102, 33202.

Vladimir Strelnitsky (1997) Masers, Lasers and the Interstellar Medium. 252(1-2), 279-287.

R Poplavsky (1979) Maxwell demon and the correspondence between information and entropy. 22(5), 371-380.

V Konyuχov, A Prokhorov (1976) Second Law of Thermodynamics and Quantum Generators with Thermal Excitation. 119(3), 541-550.

G Leo, Andrew Sapogin, Kostin (2021) Laws of Thermodynamics and Unitary Quantum Theory. 22.

V Etkin (2022) Perpetual Movement of the Universe. 53.