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Photon Selfproofs |
SELFPROOF 0613 - MICHELSON-MORLEY/KENNEDY-THORNDIKE
CURRENT COSMOLOGY MODEL
The
Michelson-Morley experiment showed that the speed of light is
independent of the orientation of the apparatus, establishing the
relationship between longitudinal and transverse lengths.
The
Kennedy-Thorndike experiment modified the Michelson-Morley experiment
by making the path lengths of the split beam unequal, with one arm
being very short. The experiment took place for many months as the
Earth moved around the sun. Their negative result showed that the
speed of light is independent of the velocity of the apparatus in
different inertial frames. (Wikipedia – 3 August 2013)
MALTA COSMOLOGY TEMPLATE
- As the Universe expands, a proportion of its understable blackholes stabilise as photons. (see Argument 0604)
- A photon converging on another object is blue gravityshifted. (see Argument 0606)
- A photon diverging from another object is red gravityshifted. (see Argument 0606)
COMMENTARY
- A
photon is a blackhole that has stabilised within the photonic masses
with its spin and speed in entropic equilibrium and moving at
lightspeed. A photon with these characteristics is self-sustaining. If
one or more of the characteristics is not present, the blackhole is not
a photon and will not behave as one.
- Accelerating a
photon increases both its spin and its speed. The increased spin
renders the photon understable. The photon compensates for this by
blueshifting itself back to stability and lightspeed.
- Decelerating
a photon decreases both its spin and its speed. The decreased spin
renders the photon overstable. The photon compensates for this by
redshifting itself back to stability and lightspeed.
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