| Revision as of 16:03, 21 June 2013 editDkelly1966 (talk | contribs)34 edits →Wait a minute← Previous edit | Revision as of 00:20, 13 May 2014 edit undo24.223.130.60 (talk)No edit summaryNext edit → | ||
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| ] (]) 04:00, 27 August 2012 (UTC) | ] (]) 04:00, 27 August 2012 (UTC) | ||
| :0.15 fs, not 0.15 fm. The bigger problem is the "year-long" race. A year in what frame of reference? Certainly not relative to the particle -- the particle would observe light traveling at the speed of light. I guess it is relative to a staionary observer. -- ] (]) 14:23, 13 November 2012 (UTC) | :0.15 fs, not 0.15 fm. The bigger problem is the "year-long" race. A year in what frame of reference? Certainly not relative to the particle -- the particle would observe light traveling at the speed of light. I guess it is relative to a staionary observer. -- ] (]) 14:23, 13 November 2012 (UTC) | ||
| The detected kinetic energy was relative to the Detector; or, in other words, the Particle's velocity, v, was relative to the Detector's frame of reference. Suppose the Year Long Race commences as the Photon and the Oh-My-God-Particle whizz past the Detector. On the passage of one year, as reckoned from within the Detector's frame, the Photon and the OMGP will have receded to two different distances from the Detector. Of course it doesn't have to be relative to the Detector. It can be any frame of reference relative to which the OMGP has its characteristic velocity. | |||
| So does that mean that if this particle hit you, it would be like getting hit by a baseball going 60mph? You'd like stagger or fall over for no apparent reason? If not, why not? Would you spontaneously human combust? lol :) This particle is the Oh-My-Devil particle. | So does that mean that if this particle hit you, it would be like getting hit by a baseball going 60mph? You'd like stagger or fall over for no apparent reason? If not, why not? Would you spontaneously human combust? lol :) This particle is the Oh-My-Devil particle. | ||
Revision as of 00:20, 13 May 2014
Wait a minute
It is slower by 1.5 fm/s, but would only be behind 0.15 fm after a full year? There is a problem here. Tazerdadog (talk) 04:00, 27 August 2012 (UTC)
- 0.15 fs, not 0.15 fm. The bigger problem is the "year-long" race. A year in what frame of reference? Certainly not relative to the particle -- the particle would observe light traveling at the speed of light. I guess it is relative to a staionary observer. -- Schapel (talk) 14:23, 13 November 2012 (UTC)
The detected kinetic energy was relative to the Detector; or, in other words, the Particle's velocity, v, was relative to the Detector's frame of reference. Suppose the Year Long Race commences as the Photon and the Oh-My-God-Particle whizz past the Detector. On the passage of one year, as reckoned from within the Detector's frame, the Photon and the OMGP will have receded to two different distances from the Detector. Of course it doesn't have to be relative to the Detector. It can be any frame of reference relative to which the OMGP has its characteristic velocity.
So does that mean that if this particle hit you, it would be like getting hit by a baseball going 60mph? You'd like stagger or fall over for no apparent reason? If not, why not? Would you spontaneously human combust? lol :) This particle is the Oh-My-Devil particle. Dkelly1966 (talk) 16:03, 21 June 2013 (UTC)