THE MALTA COSMOLOGY TEMPLATE

Chapter 06 - Photons

PARTS

Part 0602 - Photon Mechanics

ARGUMENT 0602-01

• CURRENT PARADIGM:     BLUESHIFT is any decrease in wavelength, with a corresponding increase in frequency, of an electromagnetic wave; the opposite effect is referred to as redshift. In visible light, this shifts the color from the red end of the spectrum to the blue end. (Wikipedia - 24 Jun 2016) 

• CURRENT PARADIGM:     GRAVITATIONAL BLUESHIFT is absolute and does not depend on the received angle of the photon. It is a natural consequence of conservation of energy and mass–energy equivalence, and was confirmed experimentally in 1959 with the Pound–Rebka experiment. Gravitational blueshift contributes to cosmic microwave background anisotropy via the Sachs–Wolfe effect: when a gravitational well evolves while a photon is passing, the amount of blueshift on approach will differ from the amount of gravitational redshift as it leaves the region. (Wikipedia - 24 Jun 2016) 

• 0305-08:     That a blackhole converging on another object differentially ejects or absorbs mass and energy to reach or maintain stability.  

• Consider that a blackhole converging on another object will accelerate due to their mutual gravitypull.
• Consider that a photon is a blackhole with a mass measure within the photonic masses, that travels at lightspeed, and has its measures of spin and speed in equilibrium. 
• Consider that a photon converging on another object will blue gravityshift.

• Because a photon is a blackhole, it accelerates when converging on another object.
• Because a photon accelerates when converging on another object, it becomes understable.
• Because a photon becomes understable when converging on another object, the following multiprocess is triggered:

• PROCESS 1 - MASS GAIN:

• An understable photon ejects gravitons and thus mass and energy. 
• It ejects proportionately more energy than mass.
  
• The decreased mass equates to a decreased internal gravitypull.
• The decreased internal gravitypull expands the photon.
• The expansion transmutes kineticenergy to potentialenergy.
• The transmutation of kineticenergy to potentialenergy equates to a decrease in spinspeed. 
• The decrease in spinspeed overstabilises the photon.
• An overstable photon absorbs gravitons and thus mass and energy.  
• It absorbs proportionately more energy than mass. 

• PROCESS 2 - ENERGY GAIN:

• An understable photon ejects gravitons and thus mass and energy. 
• It ejects proportionately more energy than mass.
  
• The decreased energy equates to an increased internal gravitypull.
• The increased internal gravitypull contracts the photon.
• The contraction transmutes potentialenergy to kineticenergy.
• The transmutation of potentialenergy to kineticenergy equates to an increase in spinspeed.
• The increase in spinspeed further understabilises the photon.
• An understable photon ejects gravitons and thus mass and energy.
• It ejects proportionately more energy than mass.

• Because a photon converging on another object is subject to the above multiprocess, it is simultaneously being blue gravityshifted and red gravityshifted. 
• Because a converging photon is simultaneously being blue gravityshifted and red gravityshifted, there are three options:  

• OPTION 1:   the blueshift dominates.
• OPTION 2:   the blueshift and the redshift cancel each other out. 
• OPTION 3:   the redshift dominates.  

• Because of the findings of the Pound-Rebka experiment, OPTION 1 applies and a photon converging on another object is blueshifting. 
• Because a photon is blueshifting, it is:

• absorbing mass.
• absorbing energy.
• absorbing more energy than mass.
• decreasing its internal gravitypull.
• decreasing its density.
• decreasing its spinspeed.  

• Because the above are in equilibrium, a blueshifting photon continues to move at lightspeed.   

• That a photon converging on another object is being blue gravityshifted and is thus able to maintain lightspeed.