L6.1 Zeeman effect and fine structure

MIT 8.06 Quantum Physics III, Spring 2018
Instructor: Barton Zwiebach
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L6.1 Zeeman effect and fine structure
License: Creative Commons BY-NC-SA
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[@danielgv1526]

one of the most interesting examples of a problem in QM that has beautiful analytic solutions, yet getting to them requieres very sharp thinking.

[@inziify]

Amazing Sir ...so calmly and perfectly explained .. I came from the video 15 Million Degrees (The Royal Institution) to know about the sun spots and its relation to the Zeeman effect you explained it !!! Thanks alot sir...

[@dhireshyadav1783]

These lectures are so beautiful. I'm in love with every minute. Thank You MIT Opencourseware. Thank you sir.

[@orionasalexous1684]

So much knowledge condensed in 13 minutes! So well presented! Makes you happy to find videos like these..

[@screwbuilderscraft6399]

THANK YOU MIT

[@douglasstrother6584]

Barton Zwiebach reminds me of my Grad School Quantum Professor Dietrich Belitz (University of Oregon).

[@Jan-lj6ej]

See, if my professor would have explained it this way, I would have gotten it the first time lol

[@brandolcadelo2848]

So can I say I studied at MIT ?

[@dsaun777]

Yes, but you never graduated...

[@TIENTI0000]

@@dsaun777 smart

[@h4ppyn0m4d]

just don’t let MIT find out.. they will demand tuition

[@Jather]

​@@dsaun777smort

[@SpotterVideo]

What do the Twistors of Roger Penrose and the Hopf Fibrations of Eric Weinstein and the "Belt Trick" of Paul Dirac have in common?
It takes two complete turns to get down the "rabbit hole" (Alpha Funnel 3D--->4D) to produce one twist cycle (Quantum unit).

[@Leahawino254]

Wonderful explanation Sir

[@rishabhlakhara9583]

Thanks MIT

[@fkelfnel]

Thank you very much!

[@christianerahbek]

Perfect, thanks!

[@rakeshBhati406]

Thanks for a best explanations

[@Mema_meme]

I have a question and would appreciate a reply. I am from India and currently in 11th grade. I am learning about this topic in Chapter 1 of my chemistry class. I just want to confirm if the lecture I received is intended for 11th grade or if it is at a university level. I know this might be a silly question, but I would really appreciate a response. Thank you.

[@mitocw]

This is a university level course for undergraduates. For more course info and materials, visit the MIT OpenCourseWare at: ocw.mit.edu/8-06S18. Best wishes on your studies!

[@akshat_singh]

@Mema_meme You just need to know that there exists an effect by the name of Zeeman's effect which changes the degeneracy of atomic orbitals in an external magnetic field, thats it.

[@MC-yo2tz]

Thank You❤

[@iftikharkhattana7612]

Good job

[@PeterPete]

Zeeman Effect = magnifying light using electromagnetic fields, no different to the Faraday Effect imho

[@wasneeplus]

Except not at all. The Zeeman effect does not magnify light. What is does is spread out the wavelength spectrum over several discreet wavelengths corresponding to the energy levels associated with the atom's magnetic moment. The Faraday effect has to do with the polarization of photons, which is a completely different phenomenon.

[@Chapwiwoop]

3:17 What is a Zeeman effect?

[@greasygoosehat9994]

Zooweemama Effect AOOOGA 😲😲😲

[@greasygoosehat9994]

H = H_0 + dH_fs + dH_Zooweemama AOOOGA 😲😲😲

[@praveen_xy]

Class 11th student STUDYING FOR JEE ( india's toughest exam )😅🤍

[@adityaghosh2539]

Go away kid

[@AkarshanPandey-k8v]

lol get a life

[@praveen_xy]

@@AkarshanPandey-k8v lg chuka h vai .. sahi khe rhe ho

[@SpellingBeeC]

i dont get this

[@mastroitek]

Is this a phy class? Where is all the equipment and tables for the experiments/demonstrations? 😂

[@Alpha13733]

Videolengtg is 13:07 , Nice Alpha there

[@bsphysicstutorials4265]

👍👍

[@jamidaryadav233]

Study standard

[@alihassan-ne3dg]

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