Dubbelosix Posted January 20, 2020 Report Posted January 20, 2020 That is the momentum my dear, k is a wave number generally speaking and h is the Planck constant. Quote
Dubbelosix Posted January 20, 2020 Report Posted January 20, 2020 So the wave number k, has to have dimensions of an inverse length because h is an action meaning mv x length Quote
Dubbelosix Posted January 20, 2020 Report Posted January 20, 2020 Concise paper, I like papers like this one, they explain physics very well. Quote
hazelm Posted January 20, 2020 Author Report Posted January 20, 2020 Thanks, I think. Back to the books. Quote
Dubbelosix Posted January 22, 2020 Report Posted January 22, 2020 see 2nd paragraph, of quantum mechancs in a nutshell for more detail https://courses.cit.cornell.edu/mse5470/2015_ece4070_mse5470_primernotes_quantum_dj.pdfI have read the whole thing, there are two mistakes made in the paper... Shall I leave it for any others to digest? There are some assumptions made in the paper which simply is not true, but still not a bad primer. Quote
hazelm Posted January 22, 2020 Author Report Posted January 22, 2020 (edited) That is the momentum my dear, k is a wave number generally speaking and h is the Planck constant.All right. k is wave number; h is Planck constant. Now, what is p? Ah, 'p' is the momentum? So, the momentum = the wave number times the Planck constant? Do I have it? All I wanted was to read it in English. With that I knew where to go. Edited January 22, 2020 by hazelm Quote
hazelm Posted January 22, 2020 Author Report Posted January 22, 2020 p is momentumThank you. Hazel Quote
Dubbelosix Posted January 23, 2020 Report Posted January 23, 2020 OK! where are the two mistakes.I will write it up another day as I am a little pressed for time now but will do soon. Quote
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