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 | Part 2 - Photon Mechanics |
ARGUMENT
0606
BROUGHT
FORWARD:
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CURRENT COSMOLOGY
MODEL: Redshift happens when light seen coming from an object that
is moving away is proportionately increased in wavelength, or
shifted to the red end of the spectrum. (Wikipedia 02 Mar 2012)
- CURRENT
COSMOLOGY MODEL: Blueshift
is any decrease in wavelength (increase in frequency). In visible
light, this shifts the colour from the red end of the spectrum to
the blue end. The term also applies when photons outside the visible
spectrum are shifted toward shorter wavelengths, as well as relative
motion toward the observer. (Wikipedia 31 Mar 2012)
- CURRENT COSMOLOGY MODEL: The speed of light in vacuum, commonly denoted c,
is a universal physical constant important in many areas of physics.
Its value is exactly 299,792,458 metres per second, as the length of
the metre is defined from this constant and the international standard
for time. (Wikipedia 31 Dec 2014)
- ARGUMENT
0330 - When a blackhole absorbs a teel, it gains
proportionately more energy than mass. When a blackhole ejects a
teel, it loses proportionately more energy than mass.
-
ARGUMENT 0333: A
blackhole converging on another object accelerates due to their
mutual gravitypull. A blackhole diverging from another object
decelerates due to their mutual gravitypull.
REASONING:
-
A photon is a stable
blackhole that travels at lightspeed.
-
When a photon converges
on another object it potentially accelerates.
-
When a photon
potentially accelerates it becomes
potentially understable.
- The
potential understability triggers the following multiprocess:
- PROCESS
1:
- An
understable photon ejects teels and thus mass and energy.
- It ejects proportionately more energy than mass.
- The
decreased mass equates to a decreased internal gravitypull.
- The
decreased internal gravitypull expands the photon.
- The
expansion transmutes kineticenergy to potentialenergy.
- The
transmutation of kineticenergy to potentialenergy equates to a decrease in spinspeed.
- The decrease in spinspeed overstabilises the photon.
- An overstable photon absorbs teels and thus mass and energy.
- It absorbs proportionately more energy than mass.
- PROCESS
2:
- An
understable photon ejects teels and thus mass and energy.
- It ejects proportionately more energy than mass.
- The
decreased energy equates to an increased internal gravitypull.
- The
increased internal gravitypull contracts the photon.
- The
contraction transmutes potentialenergy to kineticenergy.
- The
transmutation of potentialenergy to kineticenergy equates to an increase in spinspeed.
- The
increase in spin and speed further understabilises the photon.
- An
understable photon ejects teels and thus mass and energy.
- It ejects proportionately more energy than mass.
- A potentially understable photon is subject to both a blue gravityshift and a red gravityshift simultaneously.
- The two gravityshifts do not offer the same measures of mass and energy and do not cancel each other out.
- More
mass and energy is absorbed (blue gravityshift) than is ejected
(red gravityshift), resulting in an overall increase in mass and energy
and thus an overall blue gravityshift.
- In
blue gravityshifting proportionately more energy than mass is absorbed
and in red gravityshifting more energy than mass is ejected - thus an
overall blue gravityshift results in a proportionate increase in
the ratio of energy over mass.
- The proportionate increase in the ratio of energy over mass during is enough to keep the photon moving at lightspeed.
CONCLUSION:
- A
photon converging on another object is blue gravityshifted.
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GLOSSARY:
- gravityshift: Any change
in the mass and energy measures of a blackhole due to its mutual
gravitypull with another object.
- multiprocess: Two or
more distinct processes, each producing their own results (which may
be contrary or complementary) which are thereafter apparent as a
single combined result.
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