Eigenstates of the Hamiltonian

[@sierranevadatrail]

"This is a good place to stop." There is no good place to stop when this gentleman is lecturing. He is truly in a class of his own. If you happen to be reading this, I offer you and MIT my sincere thanks for posting these videos.

[@bradleycyrus4481]

I guess Im kind of randomly asking but do anybody know a good place to watch newly released tv shows online ?

[@maximiliankase963]

@Bradley Cyrus Flixportal :D

[@bradleycyrus4481]

@Maximilian Kase thank you, I signed up and it seems like they got a lot of movies there =) I appreciate it!

[@maximiliankase963]

@Bradley Cyrus glad I could help :D

[@santiagoerroalvarez7955]

This was an amazing course by an incredible lecturer. Professor Zweibach makes the subject even easy to understand thanks to his clear, concise and insightful explanations. He is a truly outstanding teacher. Huge thanks to MIT, for making this available, and especially to professor Zweibach for making me fall in love with the subject. On to 8.05!

[@kylepoe4321]

"This is a good place to stop" [SCREEN GOES BLACK] You kidding me? Would it really have hurt so much to let us hear professor Zweibach's final thoughts for this course?

[@nathanielthomas4437]

I didn't like how they sliced the lectures up into little topic videos for this course. Fortunately they didn't do that for his Quantum Physics 2 lectures. And for Quantum Physics 3, they included his final thoughts in the last lecture.

[@Lehrerblues]

Thank you very much for this fine fine course MIT! Accompanied by the lecture notes from the website, this was a pure joy, Prof. Zwiebach offers an infinite well of knowledge :)

[@aamid_riyaz]

Despite facing challenges and shortcomings, it was an exceptional journey, intricately woven together.

[@sarthakgupta8362]

Finally, "so far so good" He is an extremely good teacher. thodi toh quantum mechanics samajh aayi to wo sirf itne acche teacher k kaaran 8.05, mai aa rha hoon

[@nikhilnegi9446]

What are the prerequisites for all these videos?

[@sarthakgupta8362]

@@nikhilnegi9446 Basic 11th 12th maths

[@alvaroe2704]

Im so so so grateful to have had the chance to follow this course through the video lectures, the notes and also the exercises. I only hope I had more time to devote to this.

[@MBTTRADES]

zwiebach, a true legend. Being young and fascinated in science used to be such a bummer but now im not sure i believe that. im 14 and i recently remembered the impact that this course had on me, went back to review some things and realized how precious this course is.

[@shadowmuniplitive]

I do hope that this comment means that you're currently 16 and still fascinated by science.

[@thesadlimbo]

Just finished this lecture; what an amazing journey! There are too much to learn and it's all fun.

[@abhijithrambo]

Towards 8.05 !

[@clovisgaboardi532]

Great Teacher!! Thanks to MIT and professor Barton Zwiebach.

[@JoelRTLCosta]

I'm very thankful for the classes

[@2070-y4u]

Thank you for all the course! helped me understand many things, greetings from Mexico uwu

[@rcksnxc361]

Thank you! I learned very much from this course

[@brainstormingsharing1309]

Absolutely well done and definitely keep it up!!! 👍👍👍👍👍

[@ManojKumar-cj7oj]

Thanks mit for 8.04 , I understand the basics , half the scattering states and good understanding of bound states , central potential and redial equation ,but some trouble in hydrogen atom ,and I'm going to learn linear algebra now

[@shadowmuniplitive]

Well no shit. It's atomic number 1. Good luck.

[@swimpenney]

Great course! Great Professor! GREAT TEACHER! Thank you so much MIT for sharing this series with us

[@zenfeecao870]

8.04→8.05 thank you

[@waldwassermann]

Brilliant. Hence, We Are. Thank you Barton.

[@manaoharsam4211]

Incredible teaching. Got me really interested in QM. Looks I got to buy the book also. Retired Engineer who got a little curious. I am sure the book is going to be excellent as well. Weird thoughts came. If there was a multiverse could we create some kind of Quantum Bridge. How would we construct one. Is this even feasible. For this I need to learn this very well.

[@fernandoduda3230]

Many thanks!

[@zphuo]

Spin alone z/x/y is clearly stated. Thanks for MIT resource and for the gentlemanly professor. 20171227--today!

[@s00s77]

my new meme boi long live Barton

[@mathematicalabhivyakti9025]

Thanks mit

[@not_amanullah]

Thanks 🤍❤️

[@passerby4507]

I wonder if it is the case that the space spanned by Pauli matrices are simply an isomorphism from any subspace of wave functions with two states.

[@diegogonzalez578]

Just amazing

[@sachingupta-xo1rn]

A legend

[@sergiosanchez3936]

zweibach fiera

[@SkanderTALEBHACINE]

Hello, What was updated in 3 days ago? have added other videos? thanks

[@mitocw]

We cleaned up the playlist. There were some dupes and some videos were out of order. The playlist should be all set now. :)

[@SkanderTALEBHACINE]

thanks

[@mingxinhe5442]

Thank you!