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On Mon, 28 Apr 2025 9:29:52 +0000, Mikko wrote:One does not say "proved" in science, neither "predicted" in statistics,
>On 2025-04-25 16:10:42 +0000, LaurenceClarkCrossen said:Experimental results cannot provide evidence for a fallacious derivation
>This metric doubles the Newtonian deflection, so the relativity>
derivation is invalid.
>
"Using the Newton’s Theory of Gravity to Calculate the
Deflection of Light in the Solar System and the Orbital
Poles of Light’s Motion of General Relativity"
Mei Xiaochun
Actual measurements of the deflection support General Relativity.
So do the measurements of light travel times. Newtonian gravity
does not say anything about light. With the additional hypthesis
that light is a stream of particles with small but non-zero mass,
which hypothesis is compatible with Newtonian optics, the deflection
can be computed. The result is refuted by observations but Newtonian
gravity without the additional hypthesis is not refuted.
because that derivation can not predict.
>
You have forgotten that Galileo proved all masses are affected the same
by gravity.
>
I take it you mean that adding curved space to Newtonian is not refuted.
It has not been proven because it hasn't been predicted when the
derivation is faulty.
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