🔥Playlist on Introduction to QM: th-cam.com/play/PLRN3HroZGu2mCtdalEmZAM2nr1xBWAtUn.html&si=7YWyUxDdIIt3fb02 🔥Playlist on Advanced QM (Here I will add upcoming Lectures): th-cam.com/play/PLRN3HroZGu2m6qv26ZEzBYbAARTOylrP3.html&si=i9h74GP5dBC66NHu 🔥My Scanned PDF Lecture Notes: drive.google.com/drive/folders/1Kd2VQxDxCq-x3e0zgx5_jxV3xjWlwpc-?usp=sharing
I am a PhD scholar in my first year in the US. I watch, admire, understand and follow your videos and teaching skills. You are one the best physics teachers, I came across. Huge respect and keep continuing.❤
Sir your teaching is so awesome that even a high school students can understand your lecture essence... Please never stop making videos on Quantum mechanics.. Your old videos are also gems for us.. Again thank you sir...
I graduated with my masters a few years ago and no longer use most of my physics knowledge in my work. I love watching just to jog my memory in hopes of keeping my mind sharp. Thank you
@ lots of different research jobs. Plenty of government work and defense contractor work as well. There’s also tons of engineering jobs you qualify for. Personally I’m doing modeling and sim on systems and I don’t really have to do any physics work which to me is super boring. Always looking for new work
Sir, your teaching method is highly commendable; you have greatly assisted me in understanding quantum mechanics. I request that you teach us the next topic on the harmonic oscillator in quantum mechanics.
Sir, i am from Bangladesh.. I have seen your many lecture which Helps to prepared myself for exam..Bra and ket is very much important.. Feel happy to see this lecture
Great presentation on Dirac notation and very easy to follow. I would love to see your video explanation of Bell's Theorem in the future--something which has been a challenge for me for quite a long time. Thanks in advance.
Just watched this video, and now my doubts are clear. I was searching for this video from ages. Thank you for sharing this video. Was waiting for this. We will love to dive deeper into this. Thank you once again. ❤
Please take the time and effort to produce a series of videos on the subject of ADVANCED PARTICLE PHYSICS hopefully in parallel to your ADVANCED QUANTUM MECHANICS. Maybe this is asking too much, but your contribution is of utmost importance to the scientific community that can not be overstated.
Sir, happy new year, very informative. I found bra and ket notation most useful when we do hermitian operation because all operators in qm are hermitian and we don't have to use long integration and *
excellent introduction . Is it not possible to bring out the distinction between ket and the corresponding bra using linear algebra? e.g. Bra is an operator which acts on Ket from left or right and so on?
Sir, as you said inner product represents the probability amplitude for evolvement of a state to another, now for a normalised ket is it going to never change its state?
20.56. You say one vector cannot be rep. by another if they are orthogonal. But in a basis one all psi are orthonormal, but one can be written ad a combination of all other psi
The general state can be written as a linear combination of its basis. But one basis cannot be written in terms of another basis. Its like a vector can be written as a linear com of i,j,k but j cannot be written in terms of k
🔥Playlist on Introduction to QM: th-cam.com/play/PLRN3HroZGu2mCtdalEmZAM2nr1xBWAtUn.html&si=7YWyUxDdIIt3fb02
🔥Playlist on Advanced QM (Here I will add upcoming Lectures): th-cam.com/play/PLRN3HroZGu2m6qv26ZEzBYbAARTOylrP3.html&si=i9h74GP5dBC66NHu
🔥My Scanned PDF Lecture Notes: drive.google.com/drive/folders/1Kd2VQxDxCq-x3e0zgx5_jxV3xjWlwpc-?usp=sharing
I am a PhD scholar in my first year in the US. I watch, admire, understand and follow your videos and teaching skills. You are one the best physics teachers, I came across. Huge respect and keep continuing.❤
Sir your teaching is so awesome that even a high school students can understand your lecture essence...
Please never stop making videos on Quantum mechanics..
Your old videos are also gems for us..
Again thank you sir...
I graduated with my masters a few years ago and no longer use most of my physics knowledge in my work. I love watching just to jog my memory in hopes of keeping my mind sharp. Thank you
What kind of work does a physicist do? (Interestingly asking)
What kind of work does an physicist do? (Interestingly asking)
@ lots of different research jobs. Plenty of government work and defense contractor work as well. There’s also tons of engineering jobs you qualify for. Personally I’m doing modeling and sim on systems and I don’t really have to do any physics work which to me is super boring. Always looking for new work
Finally you uploaded msc topics 🥹 keep continuing sir. We really want these topics in depth and details. 🙏🏻
The analogies with operators and directors were AWESOME, sir. Your energy in the lectures is unmatched. Thank you so much for this.
Sir, you have a gift, live the way you share the content and make it digestible
Sir, your teaching method is highly commendable; you have greatly assisted me in understanding quantum mechanics. I request that you teach us the next topic on the harmonic oscillator in quantum mechanics.
24:34 Thanks for the funniest example/analogy, Loved it! 🤣
Sir, i am from Bangladesh.. I have seen your many lecture which Helps to prepared myself for exam..Bra and ket is very much important.. Feel happy to see this lecture
Be safe bro 💚
this video is simply outstanding for beginners 💌💌
Sir I've seen many of your lectures, You're a phenomenal teacher
Great presentation on Dirac notation and very easy to follow. I would love to see your video explanation of Bell's Theorem in the future--something which has been a challenge for me for quite a long time. Thanks in advance.
Just watched this video, and now my doubts are clear. I was searching for this video from ages. Thank you for sharing this video. Was waiting for this.
We will love to dive deeper into this. Thank you once again. ❤
Please take the time and effort to produce a series of videos on the subject of ADVANCED PARTICLE PHYSICS hopefully in parallel to your ADVANCED QUANTUM MECHANICS. Maybe this is asking too much, but your contribution is of utmost importance to the scientific community that can not be overstated.
Wow I'm really really excited to see this video. Thanks a lot Sir! Please keep making videos quickly
Very good. Your style is very amenable. Do consider doing some follow on examples on BRA's and KET's taken from Quantum Mechanics.
Great as always 🎉
Top-notch introduction to the topic!
Much appreciated, really it is a very perfect explanations thanks sir
Sir, happy new year, very informative. I found bra and ket notation most useful when we do hermitian operation because all operators in qm are hermitian and we don't have to use long integration and *
excellent introduction . Is it not possible to bring out the distinction between ket and the corresponding bra using linear algebra? e.g. Bra is an operator which acts on Ket from left or right and so on?
Great as always!!!!
We were looking forward for you sir
Outstanding Sirrr❤
Thank you sir ❤❤❤ 🥺🥺🥺
This topic is highly confusing thanks for making vedios. Kindly solved problem special on it
awesome!
Sir, as you said inner product represents the probability amplitude for evolvement of a state to another, now for a normalised ket is it going to never change its state?
I guess u mean orthonormal kets. In that case, yes
Please cover density matrix and quantum algorithms and circuits. I have its exam on 10th January. 🙏
Thankyou so much sir
20.56. You say one vector cannot be rep. by another if they are orthogonal. But in a basis one all psi are orthonormal, but one can be written ad a combination of all other psi
The general state can be written as a linear combination of its basis. But one basis cannot be written in terms of another basis. Its like a vector can be written as a linear com of i,j,k but j cannot be written in terms of k
@FortheLoveofPhysics ya ok
@@FortheLoveofPhysics yes they are linearly independent. One element of basis cannot obtained by multiplying constant with another one .
Love from Bangladesh
I have my own theory and mathematical formula for quantum mechanics. But i am confused what should i do now.... Can you guide me if possible so.
Thanku sir
sir❣
Sir 🎉🎉
Sir more ones like the same ones
Sorry for the question but Why you changed your look?
He's like a wave function.... Keeps changing 😂
Haha 😅
Use smart board for better experience for the viewers
Use smart board
I am student of B's physics