| bio | website | |
|---|---|---|
| location | ||
| age | ||
| visits | member for | 7 months |
| seen | Nov 6 '12 at 4:44 | |
| stats | profile views | 3 |
|
Oct 21 |
comment |
Simplification of Equation Involving Second Partials Thanks so much Aleks. That's a neat trick. |
|
Oct 21 |
awarded | Supporter |
|
Oct 21 |
accepted | Simplification of Equation Involving Second Partials |
|
Oct 21 |
asked | Simplification of Equation Involving Second Partials |
|
Oct 10 |
awarded | Student |
|
Oct 7 |
awarded | Scholar |
|
Oct 7 |
comment |
Commutator relationship proof $[A,B^2] = 2B[A,B]$ Alright, thanks for the help Logan. I just thought it would require some more rigor. Thanks! |
|
Oct 7 |
accepted | Commutator relationship proof $[A,B^2] = 2B[A,B]$ |
|
Oct 7 |
comment |
Commutator relationship proof $[A,B^2] = 2B[A,B]$ These are supposed to be quantum mechanics operators. Well, I was hoping to show algebraically that [A,B] must necessarily be something like a constant. |
|
Oct 7 |
awarded | Editor |
|
Oct 7 |
revised |
Commutator relationship proof $[A,B^2] = 2B[A,B]$ edited body |
|
Oct 7 |
comment |
Commutator relationship proof $[A,B^2] = 2B[A,B]$ Yes I did, sorry. |
|
Oct 7 |
asked | Commutator relationship proof $[A,B^2] = 2B[A,B]$ |