My Assistant professor Interview ( Interview guidance)

[@ashishjishorts7352]

लक्ष्य पर नज़र रखो और मेहनत पर ज़ोर ।
मंज़िल हासिल होगी तो चारों तरफ़ होगा शोर ।

[@mallaburhan7700]

Thank you
We the students of backward villages are highly indebted to you

[@Raju-bz1wo]

Sir App great ho...
Interview panel must have learnt a lot from you...

[@Aryaraghuvanshi86]

Thank you Sir for sharing your experience. Your guidance is very important for us.

[@AmitThakur-ok3nr]

Best interview guidance I ever see sir thanks a lot

[@tusharsingh1187]

Best interview told by you sir.

[@princesoni7241]

Thank you very much sir

[@divyanshshrimali2651]

It represents a unbounded particle(or system), so requires box normalization(in case of 3D). Here, in place of \inf, you just need to integrate from -L to +L. Thanks a lot for sharing your experience sir.

[@hariom6978]

Sir,you are a best guider for students

[@er.piyushpandeytrainerb.te4661]

Great Sir

[@mallaburhan7700]

Sir your every video amuses and benefits us in one way or other way..
You are just great...
Please make videos regularly, a humble request

[@rcsaini6943]

a lot of Thanks sir for valuable information.👌

[@sandeepkumaragarwal8624]

Gajab sir

[@priyatyagi7355]

Sir You r the best teacher I have ever seen.🙏🙏🙏🙏

[@easymathematicsbydrsudhaka827]

Very very useful & inspiring lecture 🙏🙏

[@SKYwandrer]

Bahut achcha tha sir ji👌👍

[@saurabhsagar5226]

Very helpful and nice video. Thank you sir 🙏

[@krishnabhati5340]

Thanyou sir for guidance
Sir please make a video on Mexwell equations with concept

[@physicsarena3470]

sir if in the interview nowadays panel ask why don't you go for Ph.D. then how to tackle that question

[@divyashukla9388]

Thank you sir 🙏🙏

[@iiscdiaries]

much needed video sir. it will be very useful for us. thanks a lot

[@mohdsuhailjournalist]

Great sir 👍

[@KuldeepKumar-py4kh]

Thanku so much sir for sharing this experience🙏

[@maheshkorke7615]

Thanks sir it is very useful to new aspirants.....

[@pushpendrakumar-on7pj]

The free particle have continuous momentum eigenvalues so we move Dirac Delta normalisation ....💐💐🙏🙏...

[@aashuyadav1347]

Thnku sir🙏

[@pushpendrakumar-on7pj]

Free particle have continuous momentum eigenvalues so we meve towards the Dirac Delta normalisation....,💐💐🙏🙏

[@anubhavawasthi1332]

Very much thank you sir

[@pramodkumar-mc1wc]

Nice interview sir

[@easymathematics7100]

Apko yaha tak ate dekh ke bhut aacha lagta hai

[@skumarsingh15]

Thanks

[@rohit-vo1jr]

Very useful video Sir 🙏🙏
Sir plz class recorded Quantum jaisa videos upload kriye 🙏

[@a.csirphysics3977]

Sir plz aapki education 10th to Assistant professor tk pr ak vedio bnahe 🙏

[@mauleshvala4312]

🙏❣️ Thank you

[@ttphysics]

sir aapka phd life k bare main bataye?

[@akshaysharma2482]

We can not normalise the wavefunction of a single wave with definite energy in space , because there is a group of wave associated with particle hence we have to multiply the wavefunction with a function of wave vector and then we can normalise it with respect to k over the k space

[@shivanideshwal2557]

🙏🙏🙏thanku sir

[@PHYSICSwithANANDSir]

I love this video 😍
Thank you sir.
Sir btaeye na ki kyon nhi normalize KR skte
Kya wo amplitude h Kya isilye

[@rajamalik7536]

You are great sir 🙏🏻🙏🏻🙏🏻🙏🏻.(rajamalik,mcm)

[@momitmondal684]

WBpsc orr wbcsc ke baremai kuch tips

[@manishnautiyal1849]

Sir please jo aapki new video aayi hai unki playlist bana dijiye.. main Jo aapne future problems wali banayi hai 🙏🙏🙏

[@intafansari786]

Nice one

[@parthkaushik6957]

Very helpful sir

[@avigyanchatterjee6353]

Sir Delhi University ke college ke jo Assistant Professor Physics ki interview hota hai usme kis tara ka questions puchhe jate hai, agar aap iska video banayenge maherbani karke bohot achcha hoga hamare liye.
Mera Pronam lenge

[@sunilbishnoi8019]

Sir plz post some imp topic videos for upcoming net exam...

[@MrCoolashish95]

Plane wave normalization is possible over a defined volume of phase space by imposing boundary conditions according to the specific problem. In that case by invoking the boundary conditions normalization is possible, otherwise the whole space is infinite and its normalization is not possible I guess. Great Video Sir. It's very beneficial for students like us who are preparing for the career ahead.

[@Sk-no1bb]

Sir BPSC Assistant professor civil engineering ka interview hai isape bhi video bnayiye please sir🙏🙏🙏

[@29-dewlalyadav54]

Nice sir

[@YOURRV7768]

Thanks sir 🙏🙏

[@Motivation44814]

👍👍🙏

[@easymathematics7100]

Apko maine 200 subscriber se follow kiya hai jab mai apne first year me tha

[@ykjustice5932]

Sir ab uphesc k board m academic nhi dkhi jati sb hide rkha jata h.. Esa mujhe ek teacher ne btaya h... Kya ye sch h sir..?

[@curiousaboutphysics]

🙏🙇

[@asrarulhaq436]

A amplitude hai shayad sir

[@AbhinavKumar-yr6lp]

Sir marks kya sabhi member dete hain ya sirf expert dete hain??

[@pawankumar-wt5kx]

Sir language of your interview bilingual tha ka

[@dr.rajendraprasad8176]

Aake specialization ke bare me nhi puchha gaya

[@gidiyandigal7828]

Sir are you assistant professor???

[@rimjhim5251]

I wish if some professor could guide lifescience students also on how to clear csir net exam using YT videos.

[@jyotisheoran1362]

Sir how can I can I contact you

[@physicsforalldr.lalitkumar3264]

My phone number is 9837108881 mail id [e-mail]

[@Abdul-qt4hg]

Dhanyavad sir🙏🙏

[@critical1306]

Thank you sir

[@praveenkumar4684]

Nice sir

[@musicindia8003]

Thank you sir