Astrophysics

    

Black holes have 'Cold Energy'

Authors: Jose P Koshy

I propose that bodies have hot and cold states, the temperature of the cold bodies being below 0K. Temperature- wavelength relation for a cold state is suggested as λ = b^2T (where b is the Wien’s constant), and the wavelength for absolute zero is derived. It is proposed that black holes have cold energy, their interiors resembling hot stars. Black holes and stars represent symmetrically opposite potential states created by ‘a pulsating universe’ that oscillates between hot and cold states.

Comments: 4 pages. The third paper based on Reality. The derivation of the constant for cold bodies given in this paper has been modified. Please refer: http://vixra.org/abs/1505.0042

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Submission history

[v1] 2013-12-13 09:06:53

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