Відео

Great, thank you

54:20 Mr Bohr

This really helped me , thank you professor =)

I don't have words to thank you I was so confused about this topic but finally I understood everything ❤❤❤

How do you know that you get a single photon rather a single group of photons. These groups may be entangled with another group of photons, just like a single photon may be entangled with another photon. You have not showed it in this video I believe. You said, at about 12:30, that to get a single photon from a single atom would be very sophisticated experiment. But this is not what you are doing here. Maybe for your purpose you can think of this group of photons as a single photon but you're not operating on single photons. Right?

Very nice and helpful lecture! Thank you so much!!!

Thanks so much, I had no idea that Lx^2 was not just a simple multiplication.

Thankyou so much sabieh sir

Too good explanation

thank you so much. solved my long-standing confusion

There are some professors who speak in the lowest volume when a sentence is about to end and people like me can't get the last few words, that makes it difficult for us to understand.

25:11 delta_ij is not the delta function. it is the Kronecker delta is a function.

17:37 we have lattice points (Bravias R=n1*a1 + n2*a2) and a Basis consisting of two atoms. now, fast-forward to BCC, 21:18, it seams you change the definition of a lattice because you allow rational number coordinates. this is very confusing.

29:19 the second and the forth basis points are identical. one is too many 😕

thanks a lot for your effort and time. i left university 25 years ago, so i'm going trough your course to refresh my memories as i have to work now with silicon carbide technologies.

22:45 for the centred rectangular, can you get the location of the atom in the corner with integer n1 and n2? i think a2 should run at 45 degrees. just as it's done in 3D @ 55:53

perfectly explained. thank you so much. this is the only video which explains the concept from the start

Sir Mohsin was my supervisor in my master's thesis. A real down to earth person with a firm command over mathematical physics. I consider myself lucky to have been his student ❤

that was not helpful at all

well explained! Thank you!

Quite simple

Thank you so much, excellent presentation. It is very helpful!!

very informative

best teacher and good explanation greating my pakistani people

10:40

Where can we find lecture 1

can i get notes

great very easy method

Legend I have become a fan of him. His quantum algorithm lectures are superior with anything available on internet .

Excellent lecture, thank u so much from algeria

Why is the dispersion curve flat at the high symmetry points which are exactly at the center between two neighbouring lattices? What is the physical significance of this?

thank yoy for the excellent presentation!

Excellent lecture

In this video, audio was not there for some amount of time. This happened 4 or 5 times.

Such a thorough, well-explained lecture!

where can we find module before module 3?

Too much Umm and muttering... Maybe his speaker mechanism is out to lunch for repairs or he's having a bad hair day... Who knows... Lots of better videos on UA-cam to keep you entertained beyond your wildest imagination on this subject matter... a Plus means why waste money buying books basically written to impress their peers and maintain their position on the faculty pecking order (tenure if you get my drift...) Bye for now; Happy raising and lowering indices...

Very good explanation and easy to follow slides! Is there actually a way to access these slides? :)

that was a great help, thanks alot

🤓It's very useful.

I always wondered how to connect K to X point. 41:30 explains it, thank you!!! 😂

Lecture Series of Particle Physics By Dr Jamil Aslam @ QAU ua-cam.com/video/paMCxZBIIh0/v-deo.html

Lecture Series of Particle Physics By Dr Jamil Aslam @ QAU ua-cam.com/video/paMCxZBIIh0/v-deo.html

okay

How are a+ and a derived?

Thank you a lot. Very helpful and understandable

Thanks for the nice explaintation. Could you precise what is the k value at K, W and L position ?

In the slide shown around 17:50, why is the point called [100] but it's intersecting on b2, and not b1? Why shouldn't that point be called [010]?

In example 3, why did you leave the N in denominator for MSE calculation? wasnt it (NI(theta))^0.5 instead of I(theta) only?

This is the first explanation I have actually understood. Thank you!