SELFPROOF 0607 - GRAVITATIONAL COLOURSHIFTINGCURRENT PARADIGM
- GRAVITATIONAL REDSHIFT is the process by which electromagnetic radiation originating from a source that is in a gravitational field is reduced in frequency, or redshifted, when observed in a region at a higher gravitational potential. This is a direct result of gravitational time dilation
- if one is outside of an isolated gravitational source, the rate at
which time passes increases as one moves away from that source. As
frequency is inverse of time (specifically, time required for completing
one wave oscillation), frequency of the electromagnetic radiation is
reduced in an area of higher gravitational potential. There is a
corresponding reduction in energy when electromagnetic radiation is
red-shifted, as given by Planck's relation,
due to the electromagnetic radiation propagating in opposition to the
gravitational gradient. There also exists a corresponding blueshift
when electromagnetic radiation propagates from an area of higher
gravitational potential to an area of lower gravitational potential. (Wikipedia - 14 Jul 2016)
MALTA TEMPLATE
- 0305-02: That a blackhole converging on another object accelerates.
0305-03: That a blackhole diverging from another object decelerates. - 0305-08:
That
a blackhole converging on another object differentially ejects or
absorbs mass and energy to reach or maintain
stability.
0305-09:
That
a blackhole diverging from another object differentially ejects or
absorbs mass and energy to reach or maintain
stability. - 0601-03: That as the early Universe expands, a proportion of its understable blackholes stabilise as cosmic photons.
- 0602-01: That a photon converging on another object is being blue gravityshifted and thus is able to maintain lightspeed.
- 0602-02: That a photon diverging from another object is being red gravityshifted and thus is able to maintain lightspeed.
COMMENTARY
The
Current Paradigm description above attributes gravitational
colourshifting to "gravitational time dilation". In the Malta Template,
time does not dilate and gravitational colourshifting is
a mechanical process. Actually, to be exact, the
gravitational colourshifting of a photon is a mechanical multiprocess
in which the gravitypull of a photon's emitting object and the
gravitypull of its receiving object are both acting on a photon for as
long as the photon exists, each producing contrary effects, the former
redshifting and the latter blueshifting. Nor are these the only
components for all objects in the Universe have a gravitypull and are
all likewise affecting the photon's net gravitational colourshift to a
greater or lesser degree. Consider the following: - If
the masses of a photon emitting object and an adjacent photon receiving
object are the same, a photon redshifts until it crosses the
gravitysheath interface. Thereafter it blueshifts until it reaches the
receiving object at which point it will have no colourshift at
all.
- If a photon emitting object is more massive than an
adjacent photon receiving object, the colourshift on reaching the
receiving object is a net redshift.
- If a photon emitting object
is less massive than an adjacent photon receiving object, the
colourshift on reaching the receiving object is a net blueshift.
Now consider this example:
- Galaxy A and Galaxy B are adjacent and of equal mass, with each having a gravitysheath diameter of 200,000 lightyears.
- The photon emitting object in Galaxy A is a star close to the galactic centre.
- The
photon receiving object in Galaxy B is a planet in the galaxy's spiral
arm, 25,000 lightyears from galactic centre and 75,000 lightyears from
the gravitysheath interface and 175,000 lightyears fromthe galactic centre of Galaxy A.
- Thus
a photon emitted from Galaxy A has 100,000 lightyears of redshifting
in Galaxy A and 75,000 lightyears of blueshifting in Galaxy B
before reaching the receiving planet.
- Thus, as received at the planet, the photon has a net redshift.
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