Re: Wave particle duality has been disproven for photons also.

Am Dienstag000003, 03.06.2025 um 14:17 schrieb Paul.B.Andersen:

Den 02.06.2025 17:58, skrev Thomas Heger:

Am Sonntag000001, 01.06.2025 um 12:02 schrieb Paul.B.Andersen:

>
All of you know that the SR and GR are thoroughly tested
and never falsified.

 

>
Actually I do not agree, because SRT (Einstein's 'On the electrodynamics of moving bodies') is theoretical physics only.

 Of course 'The Special Theory of Relativity' "is theoretical physics only."
 What else than theoretical do you think a theory of physics should be?

Theoretical physics is based on math, while usual physics is based on experiments.
The main axiom of theoretical physics is, that a mathematical proof would also be valid for the same problem in the real world.
That's why absolutely flawless math is a minimal requirement for theoretical physics.
It is not guaranteed, however, that nature behaves like the mathematical objects do, but at least math should be correct, if the effort should not be totally useless.

 It is a fact the SR and GR are thoroughly tested and never falsified.

A theoretical concept like SRT is based on math and not on experiments.
To test math is not possible experimentally. But it is possible, to create certain statements mathematically, which could be tested in experiments.
If these statements turn out to be compatible with nature, we would usually regard the theory as proven.
But that is nonsense, since theories cannot be proven, only disproven.
What we actually mean: the theory and the measurements do not contradict, hence the theory does not violate kno

To disagree to facts is irrational behaviour.
 

I do not question the theory of relativity itself.
Actually I didn't deal with that at all.
I analyzed the text of Einstein for mathematical, physical and logical correctness and found, that there are errors of all kinds in large numbers.
This does not disproof relativity, because the text and the theory are not the same thing, besides the text is (allegedly) the very foundation of relativity.
TH