Wave Function and Schrodinger's Equation

[waibamugo]

Learned more in 13 minutes than I did in 1.5 hours of lecture this morning. Very good!

[andresvodopivec]

I have read and watch many videos about this topic and this lecture is by far the best I and most simple to understand I have even seen. Great work!!!

[iantorhys]

This is amazingly well done. Thank you for taking the time to produce this video.

[sarahkanawati]

It's the first time I understand quantum, thanks a lot sir.

[MrArtbyart]

Cheers! The most thorough and articulate lesson that I've heard on this subject. So many "sketchy" professors skip over some critical information, which results in confusion. I also appreciate that you have provided the necessary general concepts, intuition and analogies, before proceeding. Thank you!

[pawan-tdff]

Thank you so much for the energy you put in your videos
It shows how much love what you do
Please keep it up

[johnbingham]

Excellent. For myself, the statement; the S.E. shows how Nature functions in the microscopic world, as opposed to how it behaves in the macroscopic.puts everything together.

[dharmendraupadhyay]

Dude i just felt thirsty after hearing this lecture! but.. good one keep going...!

[peterwan]

SE can be derived by assuming psi(x, t) = Aexp(-i(wt - kx)) and try to find psi(x, t+dt) by doing a path integral on psi(x, t). That is:
psi(x, t+dt) = (1/A)Integral{ exp(i/hbar)Ldt*psi(x', t)}dx' where L is the Lagrangian. Isn't that the method used by Schrodinger back then? The only thing invented is the form of psi(x, t) shown above.

[siddhantpathak]

A LITERAL "Standing Ovation" to You Sir !!
for such an excellent lecture :) (y)

[SampleroftheMultiverse]

Well produced and great info. I observed an effect a long time ago that looks like a model of this. Only recently learned of this "particle in a box" thing. I guess there are a lot of macro size models of this. I hope you have time to see my video of a buckling spring material producing the probability solutions of the equation. 

[sipramohapatra]

it's simply understood..thank u ..u r very talented...

[physicsinsightAUS]

bundles of thanks sir....good lecture....greetings from pakistan

[pranavrawlani]

Great video n all
But
About i
You just said we cant undestand it . Thats it?

[prasanjeetghosh]

great explanation!
 sir thank you ....

[luminouszuz]

Maan!! You r so talented, ,,
Keep the good work <thumbs up>

[Miragedeluded]

Thank u so much prof., I should be shame on me since I am watching this video six months after the Quantum mechanics exam😟 any way it's crystal clear.🙂

[AdityaKumar-ijok]

+AK LECTURES
thanks a lot sir for such videos☺️☺️

[nadia.azizahkalteng]

I am sorry for interupting, I still do not understand one point. So, Schodinger Equation is a wave equation or a diffusion heat-equation?

[BHASKARable]

Sir ! It is very fruitful but you are requested to give its mathematical approach also as per examination point of view .