Solution to Griffiths Introduction to QM Problem 6.31 (3rd edition) 6.36 (2nd edition) Stark effect

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In this video I will solve problem 6.31 as it appears in the 3rd edition of Griffiths Introduction to Quantum Mechanics (6.36 2nd edition), which involves the Stark effect, an analogue to Zeeman effect but for electric fields.

My name is Nick Heumann, I am a recently graduated physicist. I love to teach physics, so I decided to give YouTube a try. English is not my first language, but I hope that you can understand me well enough regardless.
▬ Contents of this video ▬▬▬▬▬▬▬▬▬▬
00:00 Introducing the problem
02:43 Solving part a
07:55 Solving part b
09:40 Finding W11
12:00 Finding W12 and W21
16:04 Finding W22
20:00 Finding W33
24:40 Finding W13 and W31
35:00 Finding W14 and W41
38:40 Finding W24, W42. W44
42:00 Finding the Energy levels (eigenvalues of W)
46:00 The energy levels and comments on the "good states"
48:00 Finding the "good states" (eigenstates)
56:30 Finding expectation value of electric dipole moment on the good states
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Your teaching skill is really appreciable❤ upload more videos, and save our, msc students lives 😅😴

msc-egrn
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Came for the oversimplified reactions, will stay for the quantum mechanics
-a student struggling with QM

noelsiony
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Sir plz share link of problem 6.6, 6.7,6.8,6.9,6.10 of second edition of Griffith Quantum mechanics

uroojhamza
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what video did you talk about solving the different l, m, n wave functions? @2:30

notme