An Elegant Reconciliation of Hawking Radiation
Sven Gelbhaar
16 November 2008
Hawking Radiation (1), while never having been observed and not due to
Quantum Mechanics (which we’ve rebutted in From Wave Theory to Quantum
Mechanics), could still exist in a minimized capacity. Hawking Radiation is
said to stem from virtual particles being created by quantum effects, half
of the virtual particles falling into the black hole, and the other half
radiating outwards. This is thought to effect the attrition (or
destruction) of the black hole itself, and this aspect of Hawking Radiation
will not be supported by this paper.
You might be wondering how, if Quantum Mechanics isn’t the underlying
origin of this radiation, Hawking Radiation could still exist. Having read
my paper entitled Contra Double Star Experiment you will recall that there
is no proof that light (electromagnetic radiation / photons) have a set,
constant speed. This means that there could be some emissions of light
which are faster than others, and as you know momentum is mass * velocity,
which means that some photons, having a higher velocity, can escape
gravimetric fields that others with a slower speed cannot.
With all of this in mind, it is perfectly acceptable to postulate that some
fragments of light from a distant star behind a black hole could still
reach us, provided that it is fast enough to break through (or rather bend
around (2)) the finite gravimetric force of the black hole which is
situated between us and this distant star.
References
- http://en.wikipedia.org/wiki/Hawking_radiation 16 November 20082.
http://en.wikipedia.org/wiki/Gravitational_lensing 16 November 2008