Physics - Ch 66 Ch 4 Quantum Mechanics: Schrodinger Eqn (2 of 92) Normalization of the Wave Equation

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In this video I will explain the normalizing the wave equation of Schrodinger equation and the probability of finding the particle in a particular position.

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  1. Michel van Biezen
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If I pass my quantum mechanics final next week it's all thanks to you, sir. You're getting me through my physics degree, thank you.

valemessi
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wow he's awesome!! i hope we had prof like u in my IIT

SurajKumar-zkem
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You were literally my saving grace by putting those videos about quantum physics.
1 week ago I started my 2nd year (physics degree) and we started learning quantum physics, and after the first day i went home with a major headache, my professor wasn't clear with the subject and I was very confused, and on top of that he bombarded us with lots of homework...
On the way back home I prayed hard that when I go to your channel and type "quantum mechanics" in the search box it will show something.
Thank you so much for covering this topic, very few people can present this topic at our level of understanding (the students).


Your'e an incredible person, thank you so much for all the effort your'e putting into this.

stivraptor
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Thank you very much, such a great explanation .

DiegoAToala
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Are electrons actual particles or an excitation in an electron field?

sandlertossone
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I'm not sure about something : the probability density of the wave function is for all space, and the probability of finding a particle is for a particular place of the space, that's the difference between the two?

guilhemescudero
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I used to watch your videos for AP Physics 1, then AP Physics C, Calculus, and now Quantum Mech. You are truly something else.

John-lfxf
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why will the number we end up be greater than one ??

markdonald
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I'm from Nigeria and this really helped

master-ikro
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He is fantastic. Why must the wave function be continuous and why must its derivative be continuous.. what is the conservation law that demands this?

paulg