THE MALTA COSMOLOGY TEMPLATE

Chapter 6 - Photons

PARTS

Part 1 - Cosmic Photon Creation (cont)

ARGUMENT 0603

• ARGUMENT 0602: As the Universe expands, increasing numbers of understable blackholes become stable.

• Over time teelospheres entropically come to echo the spin of their teelcores.
• Over time blackhole spin entropically becomes commensurate to blackhole speed.
• Over time and in any given location, blackholes entropically stabilise to a pair of blackbody scales:
  
  
  • BLACKBODY SCALE 1: On a line drawn from the Ucentre to the Usurface.
  • BLACKBODY SCALE 2: At any distance from the Ucentre on the line of Blackbody Scale 1:

• At any location, the intensity peaks of Scale 1 and Scale 2 are the same.

• As the Universe expands, in any given location, blackholes entropically stabilise to a pair of blackbody scales.

• blackbody scale:    Photons are emitted by a blackbody per a consistent scale of wavelength and intensity. The wavelength equates to the mass of the photons. The intensity equates to the sum of the photon's spinspeed at each wavelength. Typically, a blackbody scale has an intensity peak which varies with the energy of the emitting blackbody.  

• entropy:     The tendency of unevenly distributed energy to become evenly distributed over time. Entropy results from collisions between objects and the consequent transfer of spinspeed from one to another. Through collisions between objects, spin and speed are likewise subject to entropic equalisation, tending to become evenly distributed over time.

• intensity peak:   In any emission of photons to a blackbody scale, there is an intensity peak. The intensity peak varies with the energy of the emitting body. In cosmic photons, which are detected today to a blackbody scale, the intensity peak varied with the spinspeed of the Universe region in which the photons first stabilised.