Re: Why a time of the real world must be galilean

Le 10/12/2024 à 19:04, Python a écrit :
 

How do you practically check your "t = t'" equations for clocks standing next to each other? Then for distant mutually at rest clocks with no gravity involved?

 There are things that can be solved with simple common sense, and others that require minimal Cartesian thinking.
First a priori: the earth is flat, because it is MANIFEST that there is water in the seas. If it were round, the water would fall on the sides, and there was no water in the seas when God created the sky and the earth. Now, QED, there is water in the seas, THEREFORE the earth is flat.
Second a priori (Ole Römer): "the speed of light is a limiting speed because when we approach Jupiter we observe moons that rotate faster and faster, and the opposite when we move away from it (which is true so far), THEREFORE (and here comes a huge bias) the speed of light is a limiting speed, and Mr. Hachel, as the Nostradamic prophecies specify, should not be believed when he contradicts me". Now, we must introduce here Descartes' methodical doubt. There is certainly a longitudinal Doppler effect, you would have to be really stupid not to notice it. But one can doubt its origin: "Is it a classic Doppler effect, photons being small things that go at a certain speed from here to there crossing a rigid and absolute hyperplane of "present time"? which is the universal belief, or on the contrary "small instantaneous transfers of energy in the hyperplane specific to the receiver?". Who is lying? Who is telling the truth?
Römer or Hachel?
As for the equality t'=t, that does not mean much.
However, one should not doubt for long the fact that two clocks placed in the same place and stationary between them mark the same time, and have the same chronotropy, because apart from the fact that the watchmaker did his job badly, it is difficult to see why one watch would differ from the other and why.
It is also not necessary to doubt that two watches far apart
but placed in the same inertial frame of reference will have different chronotropies.
By on the other hand, one can doubt, without given proof, that two watches placed in different places of the same stationary system RECIPROCALLY mark the same time for the same event, and one can also doubt that two watches even close to each other, beat at the same speed if they evolve in significant relativistic displacement.
 R.H.