- #1
Orion1
- 973
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One of the real important aspects of Hawking Radiation is the Kerr Temperature.
Note that the Kerr Temperature is responsible for the Kerr Particle Energy Spectrum and represents the genesis of Thermodynamic Quantum Gravitation.
Thermodynamic Quantum Gravitation is the combination of Thermodynamics and Quantum Gravitation:
A Kerr Black Hole is a rotating Black Hole.
[tex]T_k = \frac{\hbar c^3}{K_o G M}[/tex]
Ko = Boltzmann's Thermal Constant
Note that the Kerr Temperature is responsible for the Kerr Particle Energy Spectrum and represents the genesis of Thermodynamic Quantum Gravitation.
Thermodynamic Quantum Gravitation is the combination of Thermodynamics and Quantum Gravitation:
A Kerr Black Hole is a rotating Black Hole.
[tex]T_k = \frac{\hbar c^3}{K_o G M}[/tex]
Ko = Boltzmann's Thermal Constant