Schrodinger's Equation

[killmypoptart]

uuuhhhh me not know what nerd said

[joppadoni]

i love quantum mechanics as so much of it shouts out im guessing... and heres my proof :S no one these days provide the data that thewy saw at all. just the math they say they gained from it. way to get a grant... QT = house payed for + no need for a pension... if you cant explain it to me then you cant tell me its true. readjust your models guys

[joppadoni]

point 3 is 'this is what a vector is'.... dur... dont read before or after if a vector troubles you ...

[Indrius]

Nine Inch Nails - 18 Ghosts II

[closnclos]

this is great if I read it over for about a month, every day, I might get it. thanks

[AxisMundiOnline]

Thanks! Very clear and helpful!

[electroislove]

thank you so much! finally i´ve understood this equation :>

but at the and the equation is:

.... * psi = - ((diracs constant)²/2m) * (Laplace operator)² psi + V psi

and not

.... * psi = - h²/2m * Laplace operator ² psi + V psi

but maybe i just cant recognize the line through the top of the planck´s constant ;-)

greets

[Frege100]

@electroislove apologies that the colour scheme lost rather a lot in the upload, including the bar. Greetings to you too.

[Ontologistics]

What do you know about Schrödinger's interest in Schopenhauer?

[Spocchio]

@Ontologistics I read "My View of the World" of Schrodinger (as I know it is the last book) that book often made me shudder!

there are some publishing he made in the past about physics, statistics, philosophy, the mind, the evolution and a bit of religion, and he talk about Schopenhauer too!

it's one of my best book!

[italouruguayricano]

Amplitude squared also is called the probability density

[soccrplyr55]

The amount of angular momentum associated with a subatomic particle or nucleus ismeasured in multiples of a unit called the Dirac h, or h-bar, equal to Planck's constant divided by 2π.

[aldurak]

Although there is a Dirac Delta Function used in QM...perhaps it was a mistype.

[aldurak]

Ya, h is not Dirac's constant...it is Plank's

[LetWillBeWill]

h with a line through the top is Planck's reduced constant. Or I guess Dirac's.

[srgrimm]

I thought h was Planks constant (?)