Fresnel Diffraction Integral and Fraunhofer approximation

[@abdulkhader7709]

Awesome Explanation...Being even at IIT I hardly find anyone explaining with so much clarity in concept...Well done and Thank you...

[@nikolatesla1109]

what an epic lecture so underrated, its was a perfect lecture, i enjoyed very much

[@v.vigneshvenkatasubramania3456]

This video is a must for anyone who wants to learn about the diffraction formulae.

[@jacobvandijk6525]

You are a lucky man to be able to explain this topic so well. Thank you.

[@qbitsphysics8934]

its really amazing to see these kinds of videos thanks fr this

[@nesslange1833]

What a clear conception with extensive explanations . Could have been just more instructive if an example was included.

[@sanjaythorat]

Awesome Explanation. Why don't you make more videos on Maths and Physics?

[@harikrishnanp5420]

please make a video on sampling theorem as well

[@cucumcumber]

@42:31 i think it should be [(x-zeta)^2+(y-eta)^2]^2

[@btissambeauty1700]

Thank you

[@rahulkrishnamoorthy2375]

at 23:59 what happened to 2pi? how was it cancelled out ?

[@nesslange1833]

k = 2 π 𝝺