Apart possibly from high-energy accelerators, there are no other engineering systems in existence today in which both special and general relativity have so many applications.
I tried to browse similar calculation two years ago and I did not find any real usage of GR. Perhaps some Lorentz equation was transformed into polar axes. Maybe you can give me the link to the exact calculation (not 15 years old nice tale). I would very appreciate it. I am always amused when someone uses GR for calculation with 10^-11 precision and the other is not able to calculate (in GR frame) "dark matter" gravity with precision of range 1^+1 (1000000000000 times smaller)
The dark matter problem is not problem of some new particles it is the problem of understanding of gravitation at all. It is time to suppose the GR fails :(
Cerveny wrote:
I tried to browse similar calculation two years ago and I did not find any real usage of GR. Perhaps some Lorentz equation was transformed into polar axes. Maybe you can give me the link to the exact calculation (not 15 years old nice tale). I would very appreciate it. I am always amused when someone uses GR for calculation with 10^-11 precision and the other is not able to calculate (in GR frame) "dark matter" gravity with precision of range 1^+1 (1000000000000 times smaller)
The dark matter problem is not problem of some new particles it is the problem of understanding of gravitation at all. It is time to suppose the GR fails
Cerveny wrote:
I tried to browse similar calculation two years ago and I did not find any real usage of GR. Perhaps some Lorentz equation was transformed into polar axes. Maybe you can give me the link to the exact calculation (not 15 years old nice tale). I would very appreciate it. I am always amused when someone uses GR for calculation with 10^-11 precision and the other is not able to calculate (in GR frame) "dark matter" gravity with precision of range 1^+1 (1000000000000 times smaller)
The dark matter problem is not problem of some new particles it is the problem of understanding of gravitation at all. It is time to suppose the GR fails :(
Thank you very much. But I am afraid I have already read it and there is (except some STR effects that are omitted at the end) no General relativity... But let me to browse it again...
