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::No [[Nobel Prize]] has been given for this implausible formula, so no meaningful experimental verification of it has occurred. There is utterly no logical explanation for the formula. It's in the realm of science fiction at best, and not as good as other types of science fiction.--[[User:Aschlafly|Andy Schlafly]] 15:52, 8 January 2013 (EST)
::No [[Nobel Prize]] has been given for this implausible formula, so no meaningful experimental verification of it has occurred. There is utterly no logical explanation for the formula. It's in the realm of science fiction at best, and not as good as other types of science fiction.--[[User:Aschlafly|Andy Schlafly]] 15:52, 8 January 2013 (EST)
:::It's certainly a strange-looking formula. When refuting it should I be saying that mass is not actually being converted to energy in these reactions (i.e. the experiments are flawed and either mass is not being lost or the energy comes from somewhere else or something)? Or is it that mass is indeed being converted to energy but E=mc<sup>2</sup> is not a correct/meaningful/useful way to describe it? [[User:Peterw|Peterw]] 12:20, 9 January 2013 (EST)
:::*''No [[Nobel Prize]] has been given for this implausible formula, so no meaningful experimental verification of it has occurred.'' That's just a ''non sequitur''
:::*''No [[Nobel Prize]] has been given for this implausible formula, so no meaningful experimental verification of it has occurred.'' That's just a ''non sequitur''
:::*''There is utterly no logical explanation for the formula.'' Why should there by? It works!
:::*''There is utterly no logical explanation for the formula.'' Why should there by? It works!
:::*''It's in the realm of science fiction at best, and not as good as other types of science fiction.'' No, it's not - that's just wishful thinking of you part. Even undergraduates can perform experiments which show relativistic effects - see [http://arxiv.org/abs/1108.5977v1 Relativistic Electron Experiment for the Undergraduate Laboratory]
:::*''It's in the realm of science fiction at best, and not as good as other types of science fiction.'' No, it's not - that's just wishful thinking of you part. Even undergraduates can perform experiments which show relativistic effects - see [http://arxiv.org/abs/1108.5977v1 Relativistic Electron Experiment for the Undergraduate Laboratory]
:::--[[User:AugustO|AugustO]] 16:11, 8 January 2013 (EST)
:::--[[User:AugustO|AugustO]] 16:11, 8 January 2013 (EST)
:::It's certainly a strange-looking formula. When refuting it should I be saying that mass is not actually being converted to energy in these reactions (i.e. the experiments are flawed and either mass is not being lost or the energy comes from somewhere else or something)? Or is it that mass is indeed being converted to energy but E=mc<sup>2</sup> is not a correct/meaningful/useful way to describe it? [[User:Peterw|Peterw]] 12:20, 9 January 2013 (EST)
Actually, it gets demonstrated in practice about 3x10<sup>10</sup> times for every watt-second of power generated by a nuclear power plant. Aside from observation, the theoretical question of ''why'' it should be true (and why the proportionality constant must be c<sup>2</sup>) was logically deduced, by Poincare, Einstein, and perhaps others (Roger Schlafly would be an expert on this point), before it was ever observed. The last paragraph of Einstein's 1905 paper, after deducing it theoretically, speculated that it might actually be observed in Radium decay. It was, and the rest is history.
Actually, it gets demonstrated in practice about 3x10<sup>10</sup> times for every watt-second of power generated by a nuclear power plant. Aside from observation, the theoretical question of ''why'' it should be true (and why the proportionality constant must be c<sup>2</sup>) was logically deduced, by Poincare, Einstein, and perhaps others (Roger Schlafly would be an expert on this point), before it was ever observed. The last paragraph of Einstein's 1905 paper, after deducing it theoretically, speculated that it might actually be observed in Radium decay. It was, and the rest is history.