L4.3 The Pauli equation for the electron in an electromagnetic field

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MIT 8.06 Quantum Physics III, Spring 2018
Instructor: Barton Zwiebach

L4.3 The Pauli equation for the electron in an electromagnetic field

License: Creative Commons BY-NC-SA
  1. MIT OpenCourseWare
  2. hydrogen atom fine structure
  3. Pauli equation
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Комментарии
Автор

Thank you very much to all MIT team to share this type of wonderful lecture ♥️ it helped me lot for preparation of exams

sankitbhimani
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this is MIT and he cleans the blackboard like its 2005

achillesmichael
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Thank you for the quite clear explanation. I would like to ask one question. What explains putting the Pauli-operators in the Hamiltonian this very way? I mean it's okay, that it's the same thing if there's only P, and it gives the expected result if we have Pi, but is there any more idea behind it? Why would I make Pauli-operators multiply P? I hope you understand my question. Thank you.

bencegabor
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Should n't canonical momentum be p+qA instead of p-qA

krishnasimha
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why would (Sigma dot Pi)(Sigma dot pi) have the extra iSigma(Pi x Pi) and not just end up Pi^2 like (Sigma dot P)(Sigma dot P) ended up just P^2?

andrewferris
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Ce n'est pas enseigné comme un cours mais comme une initiation à des formules magiques. Ça resemble à une initiation ésotérique. Une honte totale. Si mes profs de prépa ou d'École avaient fait ça ils auraient été virez sur le champ. On comprend dès lors que le MIT n'enseigne pas et que l'apprentissage se fait certainement ailleurs pour ses éleves et au final que ce n'est qu'une machine à monnayer des diplômes (certainement hors de prix) et certainement pas un organisme d'enseignement.

geosupbam