The LAST STEP in QUANTUM MECHANICAL Wave Function Calculations | Normalization of the Wave Function

[@dhanashrikulkarni5878]

The video was like, "He could just keep talking! Why did it end?!"

[@saketrane8295]

love u mate, keep explaining complex topics like this by making them simpler, it really helps especially coz im a high school student really interested in learning this stuff but never fully understand it from griffiths.

[@thehyperfinestructure6550]

Me too bro. I bought 'Introduction to Quantum Mechanics' by Griffiths 6+ years ago and I tried learning QM from different sources but never got anywhere. But this channel has finally rekindled my hope of understanding Griffiths - maybe I'll even get my money's worth after 6 1/2+ years!!! 😁😁😁

[@rockytroup3766]

I have watched all these quantum mechanics video. 1 it’s genuinely so helpful starting to get a handle on it. 2- it’s basically a video log of the hair transformation LOVE IT. Thank you for the help

[@bass1c]

You explain things so clearly and it's brilliant. Thank you so much for all your super helpful videos and keep them coming!

[@Tracing0029]

I was reading Griffiths' Introduction to quantum mechanics ( I am just a CS student interested in quantum computing ) and I must say that your videos do live up to that book! Watching you and reading that together really helps me understabd a lot better.

[@adbraham]

Thank you so much! I now have a much better understanding of what was glossed-over in my first year quantum mechanics course in physical chemistry at Leeds University back in 1982-3 👍

[@quahntasy]

*Needed this. Very well explained* Love from India

[@rameshmore7024]

Nicely explained parth sirrrr..

[@PradhyumnGedhar]

Your videos are just an addiction & I've become an addict.

[@agabaabraham3638]

Super explanation. Wish you to win major prizes in Physics if it's in your dreams.💪🏻Its awesome

[@spelazaloznik1775]

your videos made me fall in love with qauntum mechanics:))))))

[@stevenschilizzi4104]

Crystal clear! Thank you!

[@ifrazali3052]

PLZ PLZ PLZ Never Stop making these videos they are helping me a lot love from your fan in pakistan

[@davidsansom2553]

Parth, this is a powerful video absolutely outstanding, I really understand normalization of the wave function now you explained it, better than even in some quantum physics textbooks or papers. I love your videos vI have learned much from them. Please keep making them. Loved all your videos on Maxwells Equations of Electromagnetism, but I'm still waiting for final video. Kudos to you😊.

[@schmetterling4477]

He explained the exact same thing about the normalization that you can find in any quantum mechanics textbook. Did you read even one? ;-)

[@saimaamjad6064]

now learning quantum mechanics is a fun once you start seeing your video desire to learn more increases thankyou for explaining difficult concepts so well

[@kanchanthakur9846]

Dude!Great work!This is what I needed

[@vaidiksharma6890]

Awesome content!👍🏼 I wish You were my tutor here at IITK

[@abhisheksutradhar9039]

Why dude ? Who needs a Better tutor than proffesiors of IITK

[@regurmaster3519]

@@abhisheksutradhar9039 bro most teachers in IIT are not interested in teaching

[@aygunatesoglu1068]

You really good at explaining things, thank you very much..

[@mrfinesse]

Thanks as always. Really appreciate the details on why the solution is what it is.

[@abhasoodan7982]

Hi, I’ve been loving these quantum videos ! I have one more REQUEST though, can u make one about hermitian operators and hermitian adjoints, plz!!

[@DavidAspden]

Nailed it with this and I dig the overlay idea.

[@faramarzsoltani2564]

your videos are the best. good luck.❤

[@vaibhavkumar5402]

Thank you so much for the video. Really, you are a lifesaver.🙏

[@DanyalShabirr]

I swear, I was thinking of you and tbh i was mimicking your intro❤️

[@marypoppins6290]

Thanks a lot! You have helped me a ton to understand what normalization actually means in simple terms (my textbook seemed to offer amore technical definition) 😃

[@schmetterling4477]

Like what? The explanation is always the same and it is basically the same as in ordinary probability theory.

[@FractalWoman]

Fantastic video. You are a great teacher.

[@helmutalexanderrubiowilson6835]

Another great explanation!. Congrats !

[@SALESENGLISH2020]

Simple and clear. Thanks. Love those hand-drawn diagrams.

[@r.i.p.volodya]

I'm enjoying your videos a lot 😁

[@kriti4698]

finally i understood this concept. thanks a lot man!

[@SrilakshmiMaringanti]

Sir, so much pleased with the tutorial and humbled to submit to be your student. Fact is I am at 74 and it was in 1971 I missed the train of learning. Studied in govt. Arts college Rajahmundry. Hope to learn systematically abinitio physics and maths .May tour kindness suggest any way to satiate my hunger....but my means are meagre and time is limiting....yours sincerely.. sarya.maringanti

[@surbhisurje567]

Love u sir. U r jst awsm ... Ur way of explaination is so beautiful n easy to understand.. always keep up with learning & continue keep teaching us ..... U always inspired me to learn n teach in an awsm way.... i will always try to do well in my classes... Thnkx a lot sir 😊😊

[@-thesmartboard8984]

Your efforts are beneficial Thanks man

[@growingpains5172]

Thanks a lot sir . This is well explained

[@thetaiman5351]

This has been very helpful

[@theartofmusic05]

Nice explained video Parth

[@Pavan_Gaonkar_abc]

Amazing video man!

[@sdsa007]

thanks for explaining normalization! i get it now!

[@shivangi5583]

Yeah, I have been waiting....

[@craftzone4201]

Can you make a video on path integral formulation of quantum mechanics?

[@adityapanchal6622]

I got exactly knowledge in this platform

[@ajayrobin9267]

Pls make a video on relativistic quantum mechanics

[@fernweh3726]

@Asyam Abyan and Tensors and General Relativity

[@davidsansom2553]

Also, could you make some more videos about General Relativity, also about Special Relativity and Hyperbolic Geometry Spacetime Diagrams?

[@SudhirKumar-jx4jj]

You are the best

[@Willo_911]

Super! 👍😎

[@yashrajdebnath5747]

I have been looking to one of your older video on Uncertainty principle. There you said that the wave function of the momentum is the Fourier transform of the wave function of position. My question is why it is so ???? Btw your all videos are awesome. :^) Thanks for explaining so nicely .

[@akashsunil7464]

Because when u graph out the uncertainty in momentum and space setting up a limiting factor such as the plank value u get a sorta sine graph one will be big the other will be small and when u sum it up u get a fourier transform u can actually do it on your own in the graph paper and check it

[@yashrajdebnath5747]

@@akashsunil7464 But isn't that how we 'verify' that thing. I was asking about what causes that dependency. Btw thanks for your answer : )

[@theonionrouter8935]

Not sure if this is your forte, but it might be interesting to see the pure math side of things, like how the curvature of spacetime is modeled using differential geometry. Also, Noether’s theorem might make an interesting video topic.

[@judedavis92]

Do u use the dark web

[@maddysingh6660]

This makes sense

[@primovid]

Brilliant

[@krasimirronkov17]

Can you make a video on fluid mechanics especially pascal's law

[@shama_k2604]

When is the QnA video coming up .... I'm waiting!!

[@viola_ir666]

thanx alot👌

[@CGuevara00]

¡Thank you! :)

[@pahandulanga1039]

Hey Parth, I know most of high school maths and basic college maths, so I'm glad I was able to understand mathematically and physically what was going on here. But I have a question, when you integrated from 0 to a, you got the result as a/2. I just assumed you were going to set a/2 = 1 and get the value of the position when x =a, in this case, 2. So how does the problem actually arise in the solution you solved for in the previous video?

[@deemedepic7721]

Hey Parth, in one of your older videos, you mentioned that you work for a show where you talk about physics? Where can I listen to this? Thank you!

[@physicschemistryandquantum810]

He proofed that shrodingers equation is very important in QM

[@kankanarock3443]

Please make a video on how you go about editing your videos🙏

[@chrisaxis5043]

Can you please explain about hartree fock method

[@peacemoyo6137]

Thank u

[@samuelhawksworth1923]

This probably sounds silly but if a=2 would that not make the integral = 1? Can anyone explain why this can’t be?

[@phy_dude]

Now that's some good shit physics

[@faizfarhan8231]

Nice

[@lopaschannel1782]

Sir ehat are u doing now? Nagwa? Btw, nagwa is amazing

[@sergiobcit9881]

Actually is not even necessary, since you can define probability over any numbe, but it is more comfortable by this way

[@ganeshnachhiringrai744]

❤

[@avenmarcaballero1040]

Round earth kyrie ftw!!

[@michaelmccoll3204]

what hapend to the QANDA thou ???

[@not-so-fast]

This shit is fire

[@dhanashrikulkarni5878]

Duh! Second view.......

[@meowwwww6350]

The video titles like Imperialism the highest stage of capitalism

[@abhishekdixit638]

Sorry! but the way you sketched the |Ψ|² graph slightly upset me... The value of the square should be less than its original value given that it was less than unity. Which makes the graph look like a bell curve Also,here the 1st derivative of the wave-function squared is continuous The curve you drew is the same,except you didnt smooth it out near the terminals/walls. And drew cusps instead of a sinusoid in the wave-functions corresponding to higher energies Its just a mere sketch anyways...so it doesnt matter Sorry for this comment Doesnt affect how much i liked this video! Thanks if you really read this!

[@FD-rt3rv]

nice explanation, but the only relevant part is at the end of the video, you could have done a much shorter and on point video just what the last part, and you would have perfectly answered what normalization is

[@dionisiaevadionisia405]

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[@dionisiaevadionisia405]

Nilai 0 dengan Nilai 0 MENANG SIAPA

[@dionisiaevadionisia405]

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[@AshokKumar-eq3xk]

What's your real age

[@jacobcragen7133]

wait so...the likely of you finding it above the graph is 100, but the likelihood of finding it below is not 100, so you alter the top until the bottom equals 100...but now the top doesn't equal 100 anymore. I was super tired ill rewatch later ; saving only for that purpose, not 'cuz i like the video or anything.

[@KartikeyPatel-f8e]

Her equation ki ek limit hoti he bad me vo galat sabhit hote he kyoiki ye sirf ek mathematic hi he or kuch nahi hota he 😅

[@spyhunter0066]

Almost, first 6.3 minutes of this video is the same as your previous video. Pretty long intro for this new video! You should combine the two and make them one video, instead.

[@dionisiaevadionisia405]

BOHONG MELULU TIDAK Bisa BACA

[@sanyamchouhan1382]

Bhai can you speak Hindi please🙏

[@amaljeevk3950]

❤