# Differences

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 its_about_time_._note [2016/01/19 13:27]nikolaj its_about_time_._note [2016/02/16 14:01] (current)nikolaj Both sides previous revision Previous revision 2016/02/16 14:01 nikolaj 2016/01/19 13:27 nikolaj 2016/01/05 17:12 nikolaj 2016/01/05 16:59 nikolaj 2016/01/05 15:36 nikolaj 2016/01/04 19:23 nikolaj 2016/01/04 19:04 nikolaj 2016/01/04 19:04 nikolaj 2015/12/29 17:00 nikolaj 2015/12/29 16:53 nikolaj 2015/12/29 16:53 nikolaj 2015/12/29 16:53 nikolaj 2015/12/29 16:53 nikolaj 2015/11/15 18:42 nikolaj 2015/11/15 18:40 nikolaj 2015/11/15 18:37 nikolaj 2015/11/15 18:32 nikolaj 2015/11/15 18:29 nikolaj created 2016/02/16 14:01 nikolaj 2016/01/19 13:27 nikolaj 2016/01/05 17:12 nikolaj 2016/01/05 16:59 nikolaj 2016/01/05 15:36 nikolaj 2016/01/04 19:23 nikolaj 2016/01/04 19:04 nikolaj 2016/01/04 19:04 nikolaj 2015/12/29 17:00 nikolaj 2015/12/29 16:53 nikolaj 2015/12/29 16:53 nikolaj 2015/12/29 16:53 nikolaj 2015/12/29 16:53 nikolaj 2015/11/15 18:42 nikolaj 2015/11/15 18:40 nikolaj 2015/11/15 18:37 nikolaj 2015/11/15 18:32 nikolaj 2015/11/15 18:29 nikolaj created Line 34: Line 34: \$[q,p] \propto \hbar\$. \$[q,p] \propto \hbar\$. + + == List of quantities that multiply to frequency/​energy == + (this is a temporary list for me to read formulas in terms of units) + + Electrical field \$[E]=\dfrac{1}{[t][x][q_x]}\$ and dipole moments \$[d]=[x][q_x]\$. ----- -----