Speed of Light modification in E-Hologram theory

This is from Chapter 124 in the E-H-T book (now pushing 150 pages, but I expect it to fall between 120 and 150 when it's all said and done in the first edition.  Chapter 123 deals with light and this chapter continues from the basic mathematics to define gravity and matters relationship to dealing with the strange constant that is light speed in terms of time coordinates.

As a work in progress, it progresses apace and I hope to have hard copies and e-books ready by the End of September if not sooner.  Anyway, on with the chapter

Chapter 123: Speed of light-modification in e-hologram theory

The speed of light (in a vacuum)  is a constant in the universe no matter where the source is or how fast it is going..
In non-EH-Theory this is something of a mystery.  The reason is because there is distance in all other theories (not just time, but space time).  You are not "accelerating light from a point" so it doesn't matter whether the point is moving or not.

In E-H-Theory this is not the same problem.  Length contraction and aberration  are both functions of distance.  And yet, we are able to slow light (as it passes through matter is slows, it curves around gravity wells).  Once you take dimension out of the equation you are able to have light move at any "speed" you want because you are dealing with the time coordinates of light and not the distance traveled.

Let's look at a single proton in E-H-T space.  This photon has time coordinates because it only exists in o-space as a result of these coordinates.  It has near zero movement except in once direction.  In that direction, all of the possible rate of change of time coordinates are maximized so there is no change in its "time" coordinates.  This should be the case for matter accelerated to this speed (e=mc^2).

When light moves through "light slowing" material as it is "absorbed" and "bent" but its speed doesn't really change.  And this is fully explainable in E-H-T.  How?  Because during absorbtion and bending light is being accelerated in a different direction or it is being aged, the time coordinate is changing. And yes, the opposite would accelerate time past its current speed and is possible if light is within the singularity.

This can be shown mathematically:

Light (un-absorbed) L1(x1, y1,z1,t1=0); Light absorbed La1(xa1,ya1,za1,ta1>0 (not equal to) 0) where x, y, z and t are time changes as opposed to the fixed coordinates.  We have two different potential changes.  One is where x1, y1, z1 are the same as xa1, ya1, za1.  In such a case t1 must not be zero as we have discussed.

The other choice is that l1(x1,y1,z1,t1=0) and la1(xa1,ya1,za1,ta1=0) so that time passing through matter and being absorbed and re-emitted must have a change of either xa1,ya1 or za1 or a common change of all 3 so that there is a change in the rate of the coordinate changes.  However, in any circumstances, the sum of the changes of coordinates cannot exceed a common speed (the speed of light) at which all coordinates change in the universe.   In this case, the very existence of the light in space would be altered because it would not be existing at the same rate in all of its dimensions in o-space.

If we create light, we are doing nothing more than taking the time coordinates where ta>0 and turning it into something where ta=0.   This  sounds a little peculiar, but it is observed in all cases of relative velocity.  The only issue thta E-H-T adds to this is that we now know that x1, y1 and z1 are functions of time and tied completely to t1 so that as t1 increases (and we drop below the speed of light) the other rates will all change at the same rate proportionately increased.

Light photons, having time in this fashion and being subject to gravity, necessarily must have plank-lenth time which would define their size in terms of time.