Delta function potential I: Solving for the bound state

MIT 8.04 Quantum Physics I, Spring 2016
View the complete course: ocw.mit.edu/8-0...
Instructor: Barton Zwiebach
License: Creative Commons BY-NC-SA
More information at ocw.mit.edu/terms
More courses at ocw.mit.edu

[@afifakimih8823]

How beautifully done the calculation by prof. Barton zwieback...he has great intuitive vision about QM and thats why he is one of the leading String theorist..!!

[@prikarsartam]

indeed!

[@quickstart-M51]

It may be of interest that the D.E. can be integrated between -infinity and +infinity instead of between -epsilon and +epsilon. In that case the term of the D.E. with the 2nd derivative goes to zero and the term with the wave function itself gives a finite result. Of course the end result for the energy is the same.

[@issacmilo5758]

i realize Im kinda randomly asking but does anyone know a good site to watch newly released series online?

[@dariancesar8346]

@Issac Milo meh try flixportal. you can find it by googling=) -darian

[@issacmilo5758]

@Darian Cesar Thank you, signed up and it seems like a nice service :) I appreciate it !!

[@SupernovaDust]

Neat handwriting and clear explanation 👍

[@not_amanullah]

Thanks ❤️🤍

[@not_amanullah]

This is helpful ❤️🤍

[@trewq398]

Can someone explain to me how you get the idea to integrate the Schrödinger equation? I see that it helps us get the solution, but I'm not even sure what it means to Integrate a differential equation.

[@Terminator_420]

from Griffiths

[@ashwinvishwakarma2531]

there is a delta function , and anytime you encounter a delta function your first instinct should be to integrate it and use its property in some way

[@trewq398]

@Keaton Ludwig Thanks for all these answers.

[@prikarsartam]

@@trewq398 another way to look here is, see that the Schrodinger equation is a differential equation, relating derivatives of psi to psi, and clearly which says, in order to get a solution for our psi, we require to integrate, and that's what should be our preliminary approach

[@dhakshan]

1:04 whoosh

[@jesusmolina5951]

Parte de la asignatura para locos,poco util para el dia a dia, prefiero la fisica terrestre.

[@marcnairn8355]

depende como sea tu día a día. No creo yo que la ecuación de Schrödinger sea de locos, menos todavía para un físico. No se de qué consta la física terrestre. Para al llegar a las leyes de mecánica de Newton?

[@manofculture432]

Do you know that chemistry is based on that, right?

[@mariomuysensual]

Jajaja que no la entiendas no la hace de locos.