Schrodinger's Eqn with V ~ x³
Name:
Anonymous
2007-06-15 21:40
ID:mIOpxCYN
What's the form of the solution to a 1-D schrodinger's equation with a cubic potential?
Name:
Anonymous
2007-06-15 23:18
ID:Heaven
4.45
Name:
Anonymous
2007-06-16 3:53
ID:R99RddNJ
potential or potential energy !?!?!
Name:
Anonymous
2007-06-16 5:51
ID:xGsGlnG8
Just solve it, you lazy ass.
Name:
Anonymous
2007-06-16 19:02
ID:2U8U8XKU
x^3 across the whole of R? Or are you considering an interval
Name:
Anonymous
2007-06-16 23:02
ID:VLiRyagM
>>5
The entire real number line
Name:
Raider
2007-06-18 8:22
ID:Jhw1aEr0
Its just a "particle in a box". Any retard knows that.
http://en.wikipedia.org/wiki/Particle_in_a_box
Easy shit (compared to "real" qwantum math)
And yes - I know it is spelled wrong. so what?
Name:
Anonymous
2007-06-18 14:11
ID:i9uFFDko
>>7
No it's not, shitface. Particle in a box is V=0 inside the box, infinity elsewhere. OP is asking for V=x^3. Way to fail.
Name:
Anonymous
2007-06-18 15:24
ID:gFpByQKt
Is there a closed form solution to this differential equation? I'm too lazy to try it.
Name:
Raider
2007-06-18 18:26
ID:Jhw1aEr0
Way not to define it.
(The word cube means more then once thing if you are a european).
Do the math on the harmonic oscilator. Then you're half way there.
Then use Shaums to find the integrals and energies of the extra ^x.
Why do you need it?
Name:
Anonymous
2007-06-18 18:33
ID:0alxZsZW
the answer is 1
Name:
Anonymous
2007-06-18 19:22
ID:Heaven
>>10
(The word cube means more then once thing if you are a european).
OMFG LOOK AT THE FUCKING TITLE OF THE THREAD:
[4:11] Schrodinger's Eqn with V ~ x³
Name:
Raider
2007-06-18 20:14
ID:Jhw1aEr0
Thank you fucktart.
Now tell me why you need it.
Cause nobody does quat math for fun. Its not fun.
Name:
Anonymous
2007-06-19 2:11
ID:eJ0iJPox
Name:
4tran
2007-07-01 3:13
ID:Heaven
>>13
So, what is the other definition of cube?
Name:
Anonymous
2009-03-18 3:08
I'm feeling really keen, for some of that good ol' green
Marijuana MUST be legalized.
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