Dealing with Schrodinger's Equation - The Hamiltonian

/ edmundsj
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Schrodinger's Equation is a beast of a thing. Fortunately, some very smart physicists have figured out ways to deal with it that don't require a full 30 seconds of writing every time you have to use it. This video is about how I like to deal with the schrodinger equation, and I also describe how to arrive at the time-independent equation from the time-dependent one using separation of variables.
This is part of my series on semiconductor physics (often called Electronics 1 at university). This is based on the book Semiconductor Physics and Devices by Donald Neamen, as well as the EECS 170A/174 courses taught at UC Irvine.
Hope you found this video helpful, please post in the comments below anything I can do to improve future videos, or suggestions you have for future videos.

[@adrianaugarte6129]

Best video about dealing with the Schrodinger time-dependent equation !! Thank you so much, you're making studying for my finals way easier and refinding the motivation for theoretical chemistry again !! :)

[@maryfucci3131]

So thankful to have found your channel! You have been helping me understand the bigger picture of my solid state physics class and I am able to make a lot of connections with my atomic physics and lasers class. Much appreciated!

[@hamsalak9779]

Magical. First time here in your channel and the only thing I can say is that. Great explanation I am looking forward to browsing your channel

[@jy9064]

Super clear! Your explanation is so beautiful!

[@JordanEdmundsEECS]

Thank you :)

[@MrZzzjjj]

This is absolute gold

[@klimentbabushkovski776]

Thanks for the simplification, it sounds great!

[@manishmitadutta]

the moment he called it gross i already loved him!!!😍😍😍

[@milankumarbasu775]

Great derivation and explanation.

[@PetitCorpsSalade]

My physical chem professor (Mr. I-taught-at-the-MIT) doesn't even take the time to reply to students requesting a book reference to study the course material in-depth, and you take the time to reply to YT comments. You are passionate and your explanations as clear as a material with an infinite band gap! I have my very last final before (hopefully) graduating from uni and getting my master's in chemistry after 9 years (I have a full-time career). If I do graduate, you'll be partly responsible, and either way thank you so much for your videos!

[@jordanedmunds4460]

My hat off to you sir! Congratulations (pending final exam results) on the Master's degree, that's a commitment to continuing education rare anywhere you look :) Glad I could have been of help to you, best of luck.

[@PetitCorpsSalade]

@@jordanedmunds4460 Thank you for your reply. Here's a little bit of a follow-up : thanks to your great explanations, I passed my exam and, after 9 long years during which I've wanted to quit 9 000 times, I finally graduated and got my MSc in Chemistry.

[@JordanEdmundsEECS]

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[@miguelpereira934]

Hey, I've found this comment two years later and was just wondering if you'd already graduated? Hopefully so! Congrats on it, with a full-time career that's impressive!

[@DannyClassics]

Great job! The math is so cool.

[@HellKnight671]

brooooo thank you so much ❤

[@YogeshSharma-ys3hm]

Helped me a lot grtt work

[@premsingh2261]

Very nice Sir The Best Teaching 👌

[@lebeccthecomputer6158]

0:51 I had so much orange juice in my mouth and it almost went everywhere bro lmao

[@y4math]

🤣🤣 Thank you for sharing, I literally LOL-ed

[@dane3006]

OMG thank you so much

[@lanaalabbasi5315]

Thanks a lot for making this video! It was very helpful. Where can I find the following videos on solving for the time-independent form of the equation?

[@mobilephil244]

Instant fan :)

[@deepbayes6808]

Really nice, is there a full playlist on quantum mechanics?

[@eduardosoares7453]

Thank you

[@sagarsaini1991]

another good video

[@vineethsasidharan5067]

hi jordan i have become a fan of you !

[@JordanEdmundsEECS]

Thanks buddy :)

[@amirpasagic162]

We share the spectrum of emotions about non-compact and non-elegant solutions :)

[@samaalobidi1070]

I love you

[@Matt7pl]

At 7:27, do you mean to say that H IS a function of x? The annotation above says that H is a function of x

[@landdevil]

around 9:05, when you made H psi(x) / psi(x) = E, can we simply move the psi(x) to the right side, and get the H psi(x) = E*psi(x), which is the time independent schrodinger's equation?

[@probro9898]

Perhaps I missed it, but I don't think he quite explained why E is the total energy of the particle.

[@cmdrbobert9862]

I loved the video, but I'm just lost as why/how you knew to put the -iE/h into an exponential. I wouldn't have made that leap without seeing it, but I don't understand why you can do that.

[@deerghshahi5944]

please could you explain the importance of Hamiltonian in quantum mechanics?

[@eklavyatandon6963]

its kinetic energy plus potential energy

[@Zucchi487]

I love how most functions are gross and I can't agree more They're hecking disgusting