Solving the Infinite Square Well Problem | Quantum Mechanics

This video derives and discusses the solution to the #InfiniteSquareWell problem in #QuantumMechanics.

Questions/requests? Let me know in the comments!

Special thanks to my Patrons:
Patapom
Alec Dinerstein
Eugene Bulkin
Kelvin Xie
Andy Johnston
Ike J.
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Thomas Rossiter
Lina Stritt

[captainkielbasa]

love following these just to realize how much i've forgotten in uni

[eulefranz]

9:19 a small detail: as you only have the absolute square of c1 you can only solve for c1 up to an arbitrary phase factor e^i phi, which corresponds to the unmeasureable/ arbitrary phase of the single wave function without other relations

[sinaasadiyan]

great series, hope you continue these videos

[lahcenebellounis]

Thank you for saving me ... I was at the edge of sanity before your video ❤

[mastershooter]

Will you continue the tensor calculus and differential geometry series?

[Nutshell_Mathematica]

How do u get this teaching platform
It's super nice

[SampleroftheMultiverse]

This field model may be related to the your topic.


Thanks for your informative and well produced video.

The buckling of the field via Euler’s contain column effect is the answer to your question.

You and your viewers might find the quantum-like analog interesting and useful.

I have been trying to describe the “U” shape wave that is produced in my amateur science mechanical model in the video link.

I hear if you over-lap all the waves together using Fournier Transforms, it may make a “U” shape or square wave. Can this be correct representation Feynman Path Integrals?

In the model, “U” shape waves are produced as the loading increases and just before the wave-like function shifts to the next higher energy level.

Your viewers might be interested in seeing the load verse deflection graph in white paper found elsewhere on my YouTube channel.

Actually replicating it with a sheet of clear folder plastic and tape.

Seeing it first hand is worth the effort.