Editing Talk:1206: Einstein
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: I am pretty sure the joke is that disproving anything Einstein said is "disproving Einstein". [[Special:Contributions/184.66.160.91|184.66.160.91]] 09:04, 1 May 2013 (UTC) | : I am pretty sure the joke is that disproving anything Einstein said is "disproving Einstein". [[Special:Contributions/184.66.160.91|184.66.160.91]] 09:04, 1 May 2013 (UTC) | ||
| β | :Wasn't the "disproving special or general relativity theory" already sort of done with quantum physics? Or do we only suspect that but lack the actual proof until we have confirmed {{w|Quantum_gravity|Quantum gravity}}? -- [[User:Hkmaly| | + | :Wasn't the "disproving special or general relativity theory" already sort of done with quantum physics? Or do we only suspect that but lack the actual proof until we have confirmed {{w|Quantum_gravity|Quantum gravity}}? -- [[User:Hkmaly|Hakmaly]] ([[User talk:Hkmaly|talk]]) 10:34, 1 May 2013 (UTC) |
::In physics an experimentally likely theory is disproved by making an experiment that gives different results than the theory predicts. As none of the theories of relativity say anything about the statistical properties of electrons and photons, quantum experiments do not really disprove relativity. If you could measure gravitation on atomic scales you might, but there are no guarantees, as it might behave as relativity predicts, which would mean that some part of quantum field theory is either wrong, or not yet discovered (interestingly nine fold SUSY with local invariance might still reproduce general relativity at large scales, the theorists are still calculating). Generally, one wants to modify quantum theory, and keep relativity as it is (in a way what string theory does) and not the other way around.[[Special:Contributions/85.164.251.29|85.164.251.29]] 08:16, 1 September 2013 (UTC) | ::In physics an experimentally likely theory is disproved by making an experiment that gives different results than the theory predicts. As none of the theories of relativity say anything about the statistical properties of electrons and photons, quantum experiments do not really disprove relativity. If you could measure gravitation on atomic scales you might, but there are no guarantees, as it might behave as relativity predicts, which would mean that some part of quantum field theory is either wrong, or not yet discovered (interestingly nine fold SUSY with local invariance might still reproduce general relativity at large scales, the theorists are still calculating). Generally, one wants to modify quantum theory, and keep relativity as it is (in a way what string theory does) and not the other way around.[[Special:Contributions/85.164.251.29|85.164.251.29]] 08:16, 1 September 2013 (UTC) | ||
