THE MALTA COSMOLOGY TEMPLATE

Chapter 06 - Photons

PARTS

Part 0602 - Photon Mechanics

ARGUMENT 0602-03

• 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 - 28 Jun 2016)

• 0304-09:   That an understable blackhole differentially ejects mass and energy until it becomes stable.
• 0502-01:   That every blackhole gravitonosphere consists of gravitonstreams in which the measure of dynamic mass varies from place to place.

• Consider that a blackhole within a gravitonstream will absorb gravitons from that gravitonstream. 
• Consider that a specific area within a gravitonstream has a specific dynamic mass. 
• Consider that absorbing gravitons from the surrounding gravitonstream will alter the stability condition of a blackhole.
• Consider that a photon is a blackhole.

• Because a photon is a blackhole, it absorbs gravitons from the gravitonstream through which it is moving. 
• Because a photon absorbs gravitons from the gravitonstream through which it is moving, it absorbs gravitons with a higher spinspeed if it moves from a lower dynamic mass gravitonstream to a higher dynamic mass gravitonstream. 
• Because a photon absorbs gravitons with a higher spinspeed, it is becomes understable. 
• Because a photon becomes understable, 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 potential energy 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 moving from a lower dynamic mass gravitonstream to a higher dynamic mass gravitonstream is subject to the above multiprocess, it is simultaneously being blue gravitonstreamshifted and red gravitonstreamshifted. 
• Because the photon is simultaneously being blueshifted and redshifted, 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 moving from a lower dynamic mass gravitonstream to a higher dynamic mass gravitonstream 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 moving from a lower dynamic mass gravitonstream to a higher dynamic mass gravitonstream is being blue gravitonstreamshifted and is thus able to maintain lightspeed.