Solving the Time Dependent Schrodinger Equation

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This video involves solving the Time Dependent Schrodinger Equation. I tried to be as explicit as possible so that even someone in a calculus class can follow along. I will be more concise in my next videos, I am only just starting to see how much work goes into these videos.

The auto-focus won't go away until I buy a better camera, so sorry in advance.

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LOL, "This is going to be a short video". Good on you for getting started Marco! You've taken the first step! A couple of pointers:

Turn your camera to manual focus.
Use smaller words, unless your target audience is graduate level engineers.
Fast-forward through the writing of larger equations unless you need to talk it out.

Keep making stuff! This is only the beginning!

Destin

smartereveryday

This was actually a really high quality video. I'm wondering why you didn't continue.

UnforsakenXII

very good video bro! thanks you are a life saver

deuce-way

Why isnt it possible to cancel f(x) out when the H operator is acting on it, but it was possible to divide de g(t) function that was also been affected by the H operator??

gustavomay

Is there anything here with time dependent potential?

johnconrad

:D Keep on making these awesome video's! Im 13 I love math And I just started quantum mechanics! Im glad there are people like you in the world :D and if you can where did you get the white board I want one Ive run out of paper at the moment and I cant write on the window with expos :(

spyrof

30:58 You made an error. You cannot subtract the components of the arguments within a log. They must be seperate logs. I can see why you proceeded that way because the integrand would've been evaluated as divided by but yeah..

UnforsakenXII

At 31:08, you forgot to write ln(g(t))-ln(g(0)) and instead, you wrote ln(g(t)-g(0))

nivasnaturelife

And as a result, you got ln(g(t))/ln(g(0)) instead of ln(g(t)/g(0))

nivasnaturelife

before solving the secrets of the universe read the manual on the camera and turn off the auto focus. ;-)

looking forward to the rest ...! all the best

Guide

Time-dependent Schrodinger equation means the potential is time-dependent. What you showed is the solution of TISE. I suspect that you are not even a physics student

zl

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