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Hi! There is unimportant question, which why the intergal of a surface should be a closed region(represented as a small circle in intergal symbol), but the integral of divergence does not need to be a closed region?

fantastic lectures!!! Is there any place I can take part in the whole lecture?

For the last formula, it should be (1-cosθ) instead of (1+cosθ）

Dear Andrew, very nice explanation! I am also doing simulations of the Modified Beer- Lambert Law, Could you please share how do you set up the simulation? Much appreciated!

Thank you so much!

where is tutorial third

I cannot thank you more, for the words that wave number and difference in path lengths form a Fourier pair !. However some books mention as 2pi/lambda as wave number, in that case lambda/2pi and x forms the pair. Does it make any difference in interpretation of result?

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solid vid. i get what ur saying with the delta time axis for the interference signal plot but you define the time difference as the difference in mirror placement which is a distance. id be mindful of how you define and explain ur quantities. had to rewatch 5:20ish a few times.

Because Andrew doesn't have a follow-up video and didn't explain the DARK and BRIGHT spots, I will do it: a. The polarizer makes the incoming unpolarized light oscillate in only one direction, that is it creates polarized light. This means that the electrons in the container also oscillate in only one direction (like the electrons in a dipole antenna). Because of this there is only light emitted in directions that have a perpendicular component to the direction of oscillation. This means that we will see a DARK spot parallel (or at 0 degrees) to the direction of oscillation, and maximum BRIGHTness at 90 degrees; b. The incoming light is scattered in all directions, so there isn't much light-intensity in any direction. You can put the polarizers anywhere you want and it stays DARK; the more so because the ligth is polarized.

Thanks a lot!

I found this highly interesting. What are you principal sources?

boradbnad case also use the moving mirror? then how you access the signal?

Anyone know where I can find the WSS high school production in 1996 at LV Berkner High School in Richardson, Texas? Thanks in advance!

Great video, where did you learn this from?

Thanks for video. Could you please suggest what happens if elliptically polarised light goes through a quarter wave plate? What output state we get then?

Are there any references (book or article) to cite for this method of finding the refraction beam direction of the e-ray? The method presented is understandable, but I haven't ran across this method in the literature before. Thank you for posting the tutorial.

THANK YOU!!!!

How is the function of the distribution of photons in the simulation?

I have a question. For circular incidence, what does the output linear polarization angle look like if the fast axis of the QWP is 45 degrees to the x-axis?

Thanks for the great explanation!

Thank you for this wonderful lecture

Excellent lecture. Is the two wavelength source also referred to as a two photon interferometer?

Thank you very much

Well done, it now is obvious why the "C" means Coherence rather than Computed. The remaining part: How is the image location determined? Perhaps it's the 2D image on the detector wherein each pixel represents an X,Y location on the retina. YES/NO?

in fact. it is radiation heat transfer equation.

Really it is Best presentation on OCT Theory till today seen by me, Thanks a lot!!!!!

Thanks for your explanation .

What software you use

Finally, the answer I was looking for! Excellent, thank you very much for this explination.

Hi this video is very helpful! One question: when it mentions a book, what is the book title? I am really interested in reading it. Thank you in advance!

Thank you so much. What a wonderful explanation. I am pursuing my Ph.D. in engineering, but I badly needed to understand the concept of Boltzmann transport equation to proceed with my research. Your session has really helped me.

Dr. Berger, which textbook do you use for this course?

this was incredibly helpful

Very helpful explanation. Thank you so much for making this video!

very helpful

Thanks sir❤️❤️

Awful static. Excellent explanation.

You saved me! Thank you so much!

What book are u using for this video?

Hello. Thank you very much for the lessons. They are very helpful for me. I have a question. I read that the Jones matrix of a quarter-waveplate with a rotation angle a is: [ 1/sqrt(2)] * [ 1-jcosa - jsina ] [ -jsina 1+jcosa] Can you explain why please?Thanks again :)

best explanation of OCT in RUclips.

Although I don’t understand this at all really, I believe that with birefringence and liquid crystals you can shapeshift [edit] or create a holographic field around someone. Would you agree? [edit] Also maybe circular diochrism as well? 😄 I tried huh.

A very nice explanation.

You made the concept so clear! Thank you 😊

Very Informative

Sir nice video

it is a very very good explanation, Than you very much