THE MALTA COSMOLOGY TEMPLATE



Chapter 06 - Photons






PARTS



Chapter
Home

Part 1
Cosmic Photon Creation


Part 2
Photon Mechanics


Part 3
Cosmic Background Radiation


Part 4
Selfproof
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Photon Selfproofs

SELFPROOF 0610 - COSMOLOGICAL COLOURSHIFTING

CURRENT COSMOLOGY MODEL

Cosmological colourshifting is the astronomical observation that: (1) all objects observed in deep space are found to have a doppler shift observable relative velocity to Earth, and to each other; and (2) that this doppler-shift-measured velocity, of various galaxies receding from the Earth, is proportional to their distance from the Earth and all other interstellar bodies. In effect, the spacetime volume of the observable Universe is expanding and cosmological colourshifting is the direct physical observation of this process. It is considered the first observational basis for the expanding space paradigm and today serves as one of the pieces of evidence most often cited in support of the Big Bang model. (Wikipedia 26 Mar 2012)


MALTA COSMOLOGY TEMPLATE
  • Every cosmic photon that reaches the Earth today has moved away from the Ucentre and has thus redshifted the wavelength at which it first stabilised.  (see Argument 0610)  
  • The cosmic background radiation first stabilised as a blackhody spectrum and continues to be one.  (see Argument 0611)  
  • The cosmic background radiation, as seen from Earth today, displays variations in intensity peak temperatures due to the past passage of its photons through the gravitysheaths and teelospheres of a variety of larger objects.  (see Argument 0612)  
COMMENTARY

The
Current Cosmology Model is a relativistic model in which space and time are a four dimensional continuum. The Malta Cosmology Template is a Euclidean model in which space and time are not a four dimensional continuum.
  • The wavelength of any photon is subject to four forms of colourshifting:  
    • Doppler colourshifting (moving the photon emitter toward or away from the receiver).  
    • Teelstream colourshifting (moving between teelstreams of differing speed and/or density and/or direction).
    • Cosmological colourshifting (moving the photon toward or away from the Ucentre).
    • Gravitational colourshifting (moving the photon toward or away from a gravity source).  
  • The mechanics of cosmological colourshifting are:
    • The gravitational centre of the Universe is at or near the Ucentre (assume hereafter, it is at the Ucentre). 
    • Every photon first stabilises at a specific wavelength and at a specific distance from the Ucentre.
    • Thereafter it moves toward or away from the Ucentre – perhaps changing from one to the other during its lifetime, perhaps doing so many times.
    • In moving toward or away from the Ucentre, it is subject to cosmological colourshifting.  
  • Cosmological colourshifting is perceived on Earth as follows:  
    • Planet Earth is at a specific distance from the Ucentre.  
    • Extend that distance to be a sphere surrounding the Ucentre.
    • Call the sphere “Envelope E”.
    • Currently, some photon emitting objects are inside Envelope E and some are outside.
    • Photons received on Earth from outside Envelope E are cosmologically blueshifted.
    • Photons received on Earth from inside Envelope E are cosmologically redshifted.
    • Moment Zero was 13 billion years ago or so at which time the Universe was a notional one billion lightyears in diameter.
    • The Universe has been expanding for 13 billion years or so.
    • Going back in time from today, the proportion of photon emitting objects inside Envelope E increases.
    • At a specific moment, back in time from today, all photon emitting objects are inside Envelope E and so all photons emitted then are cosmologically redshifted when received on Earth today.  
    • Beyond that specific moment, going progressively farther back in time, the photon emitting objects are progressively farther inside Envelope E so the cosmological redshift is progressively greater.  
  • To summarise:  
    • Young extraterrestrial photons can be cosmologically blueshifted or redshifted when received on Earth. 
    • The older an extraterrestrial photon is, the more likely it is to be cosmologically redshifted when received on Earth. 
    • Beyond a certain age, all extraterrestrial photons received on Earth are cosmologically redshifted.
    • Going progressively beyond that certain age, extraterrestrial photons received on Earth are progressively more cosmologically redshifted.  

Before
photon emitting objects evolved, shortly after Moment Zero, the Universe itself was briefly a photon emitting object. These photons are received on Earth today as the Cosmic Microwave Background Radiation. Given that the Universe at that time was relatively small, the cosmic photons all stabilised well inside Envelope E so they are all very cosmologically redshifted when received on Earth.  

Cosmological colourshifting results from the relationship between the point within the Universe sphere where a photon is emitted, the point where it is received, and the Ucentre. All our receiving is done at Envelope E but receive those photons in a different location and the degree of their cosmological colourshift will be different. Cosmic photons received today very close to the Ucentre will show little or no cosmological redshift (and if they are received at the Ucentre itself they will actually be cosmologically blueshifted).








Comments and suggestions:  peter.ed.winchester@gmail.com

Copyright 2013 Peter (Ed) Winchester



REVISIONS

21 Jul 2014 - page revised to 3-section format.