Light Absorption Under the Action of Gravitation Field
Vlokh R.
Institute of Physical Optics, 23 Dragomanov Str., 79005
Lviv, Ukraine
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The analysis of energy transfer between the electromagnetic wave and
the gravitation field is presented. In case of accounting for the imaginary
part in the relation for the refractive index of space filled with the
gravitation field, the effect of electromagnetic wave absorption induced
by this field is possible. The process of energy transfer between the g-quantum
and the gravitation field is described. Interaction of the g-quantum
with the gravitation field is shown to lead to a lose of the g-quantum
energy and an increase in the gravitation mass. It is demonstrated that,
in case of the gravitation field of collapsed star having the mass compared
with the solar mass, the g-quantum energy needed
for creating the additional mass equal to the electron one should be only
W=1.32*105eV. The equation for the gravitation radius, which is derived
following from the relation for electromagnetic wave polarization, with
accounting for its imaginary part responsible for the absorption and assuming
that the absorption coefficient of the black holes is equal to unity, turns
out to be the same as the equation obtained on the basis of general relativity
theory.
PACS: 42.25.Lc, 78.20.Ci, 04.20.C
Keywords: refractive index, gravitation field, absorption, black
holes, Schwarzschild radius.
doi 10.3116/16091833/6/1/1/2005 |
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