I'll try to get to rest of this post of yours later. This first part has four points, all needing reply and that is all I have time for now.
(1)Nor do I get undue pleasure calling othesr names but I do not just sit back and (2)let others smear my name, especially when they (3)are using false basis. (4)I hope you understand now that your claim to proving my view wrong with trespect to your atomic temperature posts were in error. Because my view includes contraction of mass. ...
(1) Then don't call others insulting names. I never do.
(2) As (1) proves, I have NEVER insulted you. In fact have several times said you are unusually clever and ingenious (in your experimental approach to your unique POV on gravity and in your construction of scenarios).
(3) I do not agree that the basic for my attacks on your POV, not you, are false. I think your POV is false, often illogical and self contradictory. The most current example this is in this very post's point (4). Your point (4) is both false and illogical. So I will discuss it in more detail:
(4) For benefit of new comers, I imagined a mass of lead, in thermal equilibrium with half liquid and half solid, i.e. at temperature T, the melting point of lead.
I then considered this temperature T in two different frames from a gross POV as "approach (1)." I also considered it for the atomic definition of temperature (related to average kinetic energy of the collection of lead atoms) in the two different frames as "approach (2)."
For my physics to be true, either both consideration approaches must show that T is a constant OR both show that it changes the same way (for example increases) as the frame it is considered in changes. If the physical theory used in the analysis in the two different approaches leads to (1) showing that T is constant, independent of the frame it is considered in, AND the other approach (2) leads to the conclusion that T is greater in the faster of two moving frames, then one can safely conclude that physics theory used in the consideration is false as it is not even self consistent.
That "It is self contradictory." result follows from applying MacM's version of SR to the temperature of this half liquid / half solid mass of lead. - I.e. MacM's version of SR produces a self contradiction as I now (again) show:
Approach (1): It is not possible for the mass of lead to be all solid (temperature less than T) in one frame and at the same time to be all liquid (temperature greater than T) in any other frame. For ALL FRAMES the mass of lead is half liquid and half solid. If this were not the case it could be gold in one frame and tin in another etc. or any other crazy variation you want to imagine. A person dead in one frame cannot be eating dinner in another, at the same time (merely due to shifting the frame he is now considered from) etc.
Approach (1) SUMMARY: the lead is at the melting point temperature, T, of lead in ALL FRAMES.
Approach (2): The temperature is related to the RANDOM speed of the individual atoms, so I only consider one atom to see if its RANDOM speed changes as the frame it is considered in is changed. In passing I note that of course its total speed will change by V the velocity of the one frame wrt to the other, but the random speed does not change directly by adding a constant speed to all lead atoms. There are however changes in the distance traveled, ds, in a fixed amount of time, dt. MacM agrees to this also.
MacM agrees that time dilation is real, i.e. that dt is contracted by the factor standard SR computes (assuming he does not reverse his prior positions on this to now escape the self contradiction I am now proving). This standard factor is called "gamma," I think, but if not the name does not matter, and for convenience, I will call it "G."
MacM also agrees that ds is contracted, but by less than G
* (he asserts standard SR over estimates the true contraction) so I will call MacM's space (or length? - MacM, I think, makes a distinction) "g." As my notations suggests, g < G.
Now I will indicate the very small distance the atom being considered travels in time in tiny time interval dt in one frame as ds' and in the other as ds" and do the same for the time intervals: I.e. dt' and dt"
Likewise I indicate the speed of the particle in the two frames as v' and v" or from the just defined symbols: v' = ds'/dt' and v" = ds" / dt"
In standard SR we have ds" = ds'/ G and dt" = dt'/G
In MacM's SR we have ds" = ds'/ g and dt" = dt'/G
Thus in Standard SR, the speeds of the particle in the two frames are:
v" = ds" / dt" = (ds'/G) / (dt'/ G) = ds'/ dt' = v' or in words: The Random speed of the particle considered does NOT change as the frame it is considered in is changed. As this is true for any and all lead particles I could have considered, the temperature does not change when approach (2) is applied and standard SR is the theory used.
Now let’s apply MacM's version of SR (or his version of contraction, if he does not like it called a "version of SR."):
v" = ds" / dt" = (ds'/g) / (dt'/ G) = (ds'/ dt') = v' (G/g) but (G/g) > 1 so v" > v' or in words: The Random speed of the particle considered DOES change as the frame it is considered in is changed. As this is true for any and all lead particles I could have considered, the temperature DOES change when approach (2) is applied and MacM's SR is the theory used.
Approach (2) SUMMARY:
With standard SR theory: There is no change in the temperature with approach (2) This is the same result as when approach (1) was used.
So standard SR theory is free of self contradiction.
With MacM's SR theory: There is a change in the temperature in approach (2). I.e. approach (2) predicts the temperature will be higher by the square of (G/g) in the faster of the two frames. This is NOT the same result as when approach (1) was used.
So MacM's SR has a self contradiction and is false.
*
{Post 908} … I believe space does contract but at a mere fraction of the rate predicted by SR. ...
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I apologize to the reader for being so detailed. Most (including MacM , I bet.) saw where I was going without all this detail. But if MacM wants to reply with a logical argument instead of his usual "That is BS." or "That is garbage." he can now tell SPECIFICALLY where my error is.