SELFPROOF 0607
- GRAVITATIONAL COLOURSHIFTING
CURRENT COSMOLOGY MODEL
Gravitational
redshift is the process by which electromagnetic radiation
originating from a source that is in a gravitational field is reduced
in frequency when observed in a region of a weaker gravitational
field. There also exists a corresponding blueshift when
electromagnetic radiation propagates from an area of a weaker
gravitational field to an area of a stronger gravitational field.
(Wikipedia 19 Mar 2012)
MALTA COSMOLOGY TEMPLATE
- A photon converging on another object is blue gravityshifted. (see Argument 0606)
- A photon diverging from another object is red gravityshifted. (see Argument 0607)
COMMENTARY
- A
photon
moving toward an object counters the acceleration arising from their
mutual gravitypull by increasing its mass and thus blueshifting its
wavelength.
- A
photon moving away from an object counters the deceleration arising
from their mutual gravitypull by decreasing its mass and thus
redshifting its wavelength.
- The
gravitational colourshift of a photon is a multiprocess. 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 red and
the latter blue. Nor are these the only components for all objects
in the vicinity of the photon have a gravitypull and thus they
likewise affect the photon's net gravitational colourshift. At the
most fundamental of levels, every teel (and thus every object made
of teels) is exerting a gravitypull on every other teel (and thus
every object made of teels) in the Universe.
- 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, blueshifts thereafter, reaching the
receiving object with no colourshift.
- If
a photon emitting object is more massive than an adjacent photon
receiving object, the colourshift at the receiving object is a net
redshift.
- If
the emitting object is less massive than the absorbing object, the
colourshift at 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 core.
-
The 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 galactic
gravitysheath interface.
-
An emitted photon has
100,000 lightyears of net redshifting in leaving Galaxy A.
-
The same photon has
75,000 lightyears of net blueshifting on entering Galaxy B and
going to the receiving planet.
-
As received at the
planet, the photon has a net redshift.
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