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Originally Posted by AntonioLao the units of square energy is the same units as the relativistic energy equation given as 
where p is momentum, m is mass. |
It doesn't matter who writes the equation, the question is what does E^2 mean in the real world? Also, you're dealing with "rest mass" of the photon in this equation. How do you quantify rest mass separate from photon mass? What property of mass is there that it can change its value depending on who is looking at it?
I find working with the mass-energy paradigm to be meaningless. The primary angular momentum and Aether paradigm is fully quantifiable and pertains to real things in the Universe.
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the ideal gas law does relate energy to temperature if the universal gas constant is known. another formula that relates energy inversely to temperature is the thermodynamic beta if Boltzmann's constant is known.
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Yes, but neither of these equations represents temperature in dimensions. Temperature in the established system of physics is given a dimensionless unit. In my system, no empirically derived constants are necessary. The temperature is strictly a function of energy per mass.