Mod-01 Lec-03 Path Integrals and Schrodinger Equation

[@wenya7790]

Great lecture! Clear frame,easy to understand! Much meaningful for me than reading enormous literatures!

[@starkendeavours7072]

That example of the resemblance of the Drunken walk and the path followed by an electron was fabulous.
That's called Killer visualization

[@vijayarajadurai2810]

Sir, I thought , the quantum chemistry is the toughest subject.... but now I can say quantum chemistry is the easiest one in the world. Its all because of ur lecture

[@klsiisc]

Thank you!

[@vinod_10]

sir mcquree is a good book or not

[@ShahidUlIslam-oc5ez]

A plausible explanation of Quantum Mechanics. # Applaud

[@mightyraju517]

this is way that one can learn quantum from you sir extreemly good and helpfull

[@PSUR7]

Beautifully explained!
Thank you so much Sir.

[@rakhik2910]

Thank you sir .you made quantum mechanics easy nd interesting.actually i was very afraid of qm.nw i feel to know more nd more

[@AakarshNair]

crazy shit, can't believe this is really how it works! Well explained

[@sameerchauhan764]

.

[@saikumarsaikumar8414]

18:40 why we take difference between (KE-PE)

[@ayazmuhammad9819]

please help me which book i use for these lactures.

[@Imran52Feb]

How did Feynman arrive at S= Integral 0-t of ( KE-PE).dt ?

[@justarandomcatwithmoustache]

The lagrangian for the system is defined in this way (Although for some cases it's not unique, you may find different functions/functional but that's another story ) .

[@priyankamahesh1346]

I amazed sir!! U r ridiculous ..

[@AMITKUMAR-nf8in]

awesome learning...

[@sumansaurabh2768]

Good lecture

[@Nivedita_SAFSAC]

Explanation will help many like me but sir have problem with chock piece noise

[@sandeepkumaryadav5354]

Thank you

[@ExpertLearning]

Thnx sir