Be so kind as to expand this, separate the variables so you get the radial and angular equations, and then solve each for Helium, nay, URANIUM, using the variational method.

See you in 30 years.

(h2 OVER 2u UPSIDE DOWN TRIANGLE2 - Ze2 OVER r - E) FUCKED UP LOOKING u (r, 0, FUCKED UP LOOKING o) = 0

[COLOR="Magenta"]You know that the interactions between the electrons of uranium have not been modeled successfully in a mathematical sense. Why I have no doubt that this equation can be solved analytically, it cannot be done without taking a step back to model V properly (Ze^2/r is only an approximation of V).

Since you are using an approximation, why bother with an analytical solution?[/COLOR]

FACK YOU PEOPLE WHO UNDERSTAND THIS SHIT!

Schofield;5573509

Fuck math, LET'S ROLL BISHES!

Exactly. Why do math when you can do that? Fuck the red hair though.:cort:

Killer Kyle;5573507[COLOR=Magenta]You know that the interactions between the electrons of uranium have not been modeled successfully in a mathematical sense. Why I have no doubt that this equation can be solved analytically, it cannot be done without taking a step back to model V properly (Ze^2/r is only an approximation of V).

Since you are using an approximation, why bother with an analytical solution?[/COLOR]

I only gave the equation to explain what was to be attempted because I don't want to explain variational method. It's impossible (literally) to find an analytical solution if you included electron interactions. As for the Ze^2/r, it was the only picture of the equation in any form that didn't glitch horribly when posting it.

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