Generalised Uncertainty Principle

In the present video I have discussed and derived generalized uncertainty principle . It talks about the uncertainties in the measurement of two canonically conjugate quantities like 'x' & 'Px' , angular position and angular momentum , energy and time etc. We can find out the uncertainty relation between to physically measurable quantities using this relation.

[@physics4all470]

at 34 mins 19 sec , Commutator of two canonically conjugate quantities is non zero and equal to ih/(2π)

[@LovinBabu]

Very helpful, thank you!
Looking forward to see more videos on quantum mechanics derivations

[@physics4all470]

Sure

[@partikkumar7834]

Awesome.!.!.! 👍😁👍👍👍😊
😍 looking everywhere for this.. and here i fort it with great explanation.. good job sir..!! Nailed it!!☺️

[@physics4all470]

Thanks

[@creativemehendiartncraft]

Thankyou 🙏🏻🙏🏻 Sir.... Very helpfull video

[@sabarinadhsa5771]

thankyou soo much

[@thepleasantcatprincess]

I like how you teach sir.. please upload more!!!! Specially on quantum mechanics

[@physics4all470]

Thank you.

[@Anusripd09]

Sir ap kon se college me processor ho?

[@xy1877]

Sir ,which book is ur reference?

[@physics4all470]

U can refer Zettili , Cohen Tannoudji or Merzbacher

[@devikakrishnan2283]

Thnku so much sir👌👌👌👌👌👌🙏🙏🙏🙏🙏

[@physics4all470]

Welcome

[@bakhtawarabdullah9633]

sir your way of teaching things in such a simplistic and easily understandable manner is too good. A big thumbs up...

[@physics4all470]

Thanks

[@hassankhan6109]

finally find the generelized uncertainty principle... thanks SIR ... Great respect for u

[@physics4all470]

Thanks for your kind words.

[@Mohit-ir5xo]

Keep it going sir

[@shivakant4259]

Thnks sir

[@lsagarsingha532]

Thank you it helped me

[@physics4all470]

I am glad to know that.

[@athikhopfoze9761]

Thank you so much sir 🙏😊

[@physics4all470]

You are welcome.

[@hassankhan6109]

thanks dear

[@physics4all470]

Welcome

[@kaushikdey9171]

Nice sir .......❤

[@physics4all470]

Thank you

[@niladris.chanda6460]

Varun dhawan