Radiant Energy and Time Asymmetry in Special Relativity

  Time slows in Special Relativity, this is what Einstein held in his wit and uncommon sense about physics. But time is not just about the general flow of events, it’s also e.g. about the speed of chemical reactions and thus the change of the light from high speed sources. If there are these changes you must have distinct times for each observer at many speeds of the high speed ship. This would be the same as saying you have different temperatures measured by different observers for the events, because the change in the wavelength of light, all important to Special Relativity, is also thermodynamic. You have high speed observers at many speeds, and if Relativity is true in a deep sense, observers at more than one speed will measure a different temperature and a different chemical history of the high speed ship. If you have the temperature lower, the chef on the slower starship may report the stove will burn and another observer at higher speed will report that it won’t. If you unify the low and medium speed observers to one speed, they perhaps will disagree on the times of the history of the high speed star ship. To speed up the slower ship to the medium speed, the lower speed observer now medium speed will have already seen the changes, some nonreversable on the high speed ship. And it’s not impossible the medium speed observer would never see the irreversible events. You may believe that if the temperature all around on the higher speed ship is the same and relative too, the astronauts on the ship will notice no change in heat as via Einstein’s belief that an observer on the higher speed ship of the three wouldn’t notice anything unusual about the light around the ship or the rate of time there. But the other two observers are outside this realm of the high speed starship and if all is relative to the motion of the observer the medium and now low to medium speed observers would say, “Who was Dr Einstein? Wow!”  Time is profound by Relativity, so it would seem to hold in all senses including about the changes influenced by thermodynamics or other radiance. The observers would disagree if Special Relativity is deeply true and they don’t because the observers in one medium speed star ship will agree on the one history of the fast ship. They can’t disagree because time is assymetrical while if they do agree relativity is not truly deep. If this is not seen in Special Relativity from high speed observers this means it’s not the most fundamental as Einstein believed, and Absolute Relativity by definition seems to be a contradiction. In truth while the history of the high speed ship would go slower when the observers are at high speed or faster when they are at lower speed like a movie of the same events played fast or slow, if the events were completely relative the faster events wouldn’t be the same. Time and space of Einstein, or what I liken to the motion through the field would influence the higher speed history a lot, but there is still internal control of the history of the events on the high speed starship. If all was relative to the observer, if you look around the cosmos it would light up wherever you looked. Thus the relativity of the observer may not be absolute.