Re: Relativity Derives Zero Deflection of Light By Gravity.

On Fri, 21 Feb 2025 8:26:26 +0000, Thomas Heger wrote:

Am Donnerstag000020, 20.02.2025 um 22:44 schrieb Richard Hachel:

Le 20/02/2025 à 22:31, "Paul B. Andersen" a écrit :

So you prefer to believe that your derivation that
photons are not affected by gravity is correct,
and that GR's predictions thus are proven wrong.
>
So you must be ignorant of the fact that photons are observed
to be deflected by gravity exactly as predicted by GR.
>
Because you would not claim that "photons cannot be affected
by gravity" if you knew that they are.
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Or would you? :-D
>
Paul

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What is the evidence that photons are deflected by the presence of
matter in space?

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The photons are not affected, but space itself is.
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The idea of GR was, that gravity is actually an effect of 'curvature',
which is itself caused by gravity.
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What gets curved is actually the 'axis of time' local to a certain part
of space.
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What we call 'space' has a certain (geometric) relation to the axis of
time, if we regard the axis of time as imaginary and the axes of space
as real.
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Then we have i as a factor, by which time gets multiplied and what gives
us three real axes of space.
>
This space is therefore depending on the direction of time.
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Curvature of the axis of time is actually an acceleration in a
space-time diagram, which usually has one axis of time and only one of
type space.
>
Now this can 'curve' and we get gravity, which is a force, that results
from such curvature.
>
Now light ('photons') pass through such a distorted space upon force
free straight lines, which are actually curved in spacetime in presence
of a gravitational field.
>
This pass is NOT curved by gravitation, but by curvature of space.
>
>
....
>
>
TH

Curving the (imaginary) axis of time cannot curve real space since space
is not a surface.