THE MALTA COSMOLOGY TEMPLATE

Chapter 06 - Photons

PARTS

Part 0603 - Cosmic Microwave Background

ARGUMENT 0603-03

• 0602-01:   That a photon converging on another object is being blue gravityshifted and is thus able to maintain lightspeed.
• 0602-02:   That a photon diverging from another object is being red gravityshifted and is thus able to maintain lightspeed.
• 0602-03:   That a photon moving from a lower dynamic mass gravitonstream to a higher dynamic mass gravitonstream is being blue gravitonstreamshifted and is thus able to maintain lightspeed.
• 0602-04:   That a photon moving from a higher dynamic mass gravitonstream to a lower dynamic mass gravitonstream is being red gravitonstreamshifted and is thus able to maintain lightspeed.
• 0603-01:   That every cosmic photon reaching the Earth today has moved away from the Ucentre and is thus red gravityshifted from the wavelength at which it first stabilised.
• 0603-02:   That the cosmic photons stabilised to vertical and horizontal blackbody scales with coinciding intensity peaks. 

• Consider that the cosmic photons stabilised to vertical and horizontal blackbody scales.
• Consider that since the cosmic photons stabilised, the greatest gravitypull to which they have been subject is toward the Ucentre.
• Consider that since the cosmic photons stabilised they have subject to the gravitypull of larger objects of varying masses.
• Consider that since the cosmic photons stabilised they have been subject to gravitonstreamshifting as they pass through gravitonstreams of varying dynamic masses.   

• The cosmic photons stabilised as a "perfect" blackbody scale with a high intensity peak.
• Since the cosmic photons stabilised they have, overall, moved away from the Ucentre.
• Because they have moved away from the Ucentre, they have been progressively red gravityshifted with a progressively lower intensity peak.
• The degree of the red gravityshift and the lowering of the intensity peak, increases with distance from the Ucentre.
• Since the cosmic photons stabilised, they have passed through the gravitysheaths and gravitonospheres of larger objects:  atoms, stars, galaxies, and galactic clusters.
• In passing through gravitysheaths and gravitonospheres, the wavelength of the cosmic photons can be altered. 
• Thus the "picture" of the Cosmic Background Radiation, as taken from the Earth, reflects the history of its photons.   

• That the Cosmic Background Radiation displays variations in intensity peak temperatures due to the past passage of its photons through the gravitysheaths and gravitonospheres of a variety of larger objects.