Degeneracy in QM

[@samuelmr677]

Very exact timing sir, I was trying to understand the same topic and you made the lecture .😅

[@FortheLoveofPhysics]

Glad to hear that :)

[@Knockvoid]

Glad to hear that :)

[@oreasunchez5438]

im study physics in South Korea and your videos are soooooooo helpful , thanks you very much!!!

[@Knockvoid]

Glad to hear that :)

[@divyakumar8147]

Thanks sir this playlist has been quite insightful and amazingly full of mind blowing concepts whose satisfactory and deep explanation were given, I can say in full confidence that you have done justice to channel name for the love of physics, now I love you along with physics as well, hope to see such interesting content from you in the future as well.

[@roshan0405]

Your hair is giving me extra vibe in this video,love it❤

[@JaydeepMakwana-l3t]

Great Lecture as always❤

[@dr.maheshkumar3692]

Nice explained with best examples. Thanks

[@ummulbnaeen3]

thank u sir......your videos are always helpfull in undersatanding concept of physics ........sir please do upload a vedio on 3D harmonic oscillator......

[@muhammadrashidmuhammadrash2585]

Great lecture sir ❤

[@benmenanaazdine2782]

Thank you very much sir. can you do a lecture about giant resonance in nuclei

[@RanaAli-tc4eu]

Love from Lahore❤Pakistan🇵🇰

[@soumyatanuganguly9656]

Sir please provide some videos on covariant formulation of electrodynamics or please tell some reference from where I can learn this topic.....please sir

[@amartyatats7125]

love this

[@ravishankaryadav9473]

Nice explanation

[@elsa-g6h]

sir can you please do a video related to energy levels in 2d box

[@FortheLoveofPhysics]

2D box energy levels is very similar to the 3D box. U just substitute (nx,ny) with (1,1), (2,1)&(1,2), (2,2) and so on

[@pankaj.706]

Great lecture but making more vedios numerical on quantum mechanics tifr asked questions

[@agustineguiguren1445]

Why are all n equal to 1 and not 0 in the ground state?

[@FortheLoveofPhysics]

0 would lead to a vanishing wave function, which is not possible

[@Vaishnav_96643]

Thanks sir

[@srimirasrimira9291]

Waiting for your perturbation concepts sir

[@DanielMichel-r1w]

👏👏

[@aftabsayed2825]

Sir your lectures are boring, 😑

[@FortheLoveofPhysics]

How do u think can it be improved?

[@ravishankaryadav9473]

Kya baat krte ho bhai 😮 it's best lecture for understanding concept

[@NUMANKHAN-kn1hv]

@@FortheLoveofPhysics Sir please make you lectues in Hindi.

[@JaydeepMakwana-l3t]

achha mazak tha

[@agnelomascarenhas8990]

​@@FortheLoveofPhysics The lecture content is superb, clear. I have no formal physics background, but I enjoy the mathematical models. Blackboard is difficult to read clearly due to handwriting and contrast. Slides maybe better or perhaps other methods. Thank you for the quality work!