🚀 go-pugleaf

"Wolfgang G. Gasser" <z@z.lol.li> wrote in message 
news:ene0td$grh$1@atlas.ip-plus.net...
> Two distant observers with each a (transversal) LIGHT CLOCK orbit at a
> constant distance around their common center (assumed at rest).
>
> Special relativity postulates that the light beams in both light clocks
> propagate at c relative to both (almost inertially moving) observers.
>
> This requires that for each observer the clock rate of the opposite clock
> CAN be lower than the clock rate of his own clock.
>
> Because of symmetry and unchanging distance, clock rate CANNOT differ.
>
> The impossibility of mutual time dilation in this situation entails the
> impossibility of a constant speed of light as a general law.

  If time stops, zeroes, at the speed of light as Einstein saw it must, then 
propagation of light must be in zero time. All this means is that 
propagation coincides precisely with the event causing it. No measurable 
time lapse occurs, no delays in time, between causing event and propagation. 
It happens in parallel, or simultaneously, it does not happen sequentially. 
Then:

---------------

 1) The time marker of the light front at [+1] light second's distance from 
source propagation is t = [-1]sec.
 2) The time marker of the light front at [+2] light seconds' distance from 
source propagation is t = [-2]sec.
 3) The time marker of the light front at [+3] light seconds' distance from 
source propagation is t = [-3]sec.

---------------

  The light front does not mark the present or any future location in time 
of any entity. From the time it is propagated it doesn't even mark an 
entity's's present or future location in space if there was any motion (any 
travel) attached to the entity. The space will then be a virtual space 
directly corresponding to -- going with -- the [historical] time event 
marked, a time growing ever more historical (t(0) => -t 
=> -t'=> -t''=> -t''' =>...) with every passing instant or moment forward in 
space of light's travel.

 This particular space traveler propagates in zero time, zeroed in time, and 
has nowhere to go in time but to fall behind in time [at the speed of 
light]. It will not update in time except to update negatively (-) equally 
but oppositely with all forward progress of the light front in space and 
time (+): ( again: propagation t{|0|} ==> t( - 1sec |0| + 1sec ) ==> t( - 
2sec |0| + 2sec ) ==> t( - 3sec |0| + 3sec ) ==> ....... and so on where 
light's speed in the direction of the traveling light front (==>) equals 
c ).

GLB