Thread 16723112 - /sci/ [Archived: 261 hours ago]

Anonymous
7/13/2025, 1:04:29 AM No.16723112
1639460980114
1639460980114
md5: 214955345d4f7a0f5bc459a617c7f4f6🔍
If we solve the Bohr-Oppenheimer approximation the entire field of chemistry goes out the window. A new golden age of science fiction materials and chemicals
Replies: >>16723116
Anonymous
7/13/2025, 1:06:40 AM No.16723115
>solve an approximation
>solve
>an approximation
Try analytically solving the Schrödinger equation for the hydrogen atom.
Replies: >>16723126
Anonymous
7/13/2025, 1:07:16 AM No.16723116
>>16723112 (OP)
Shut up fag, I'm trying to figure out how to use rocks to make people New Types.
Anonymous
7/13/2025, 1:20:48 AM No.16723126
>>16723115
>infinite series approximations cannot be solved analytically
Replies: >>16723141
Anonymous
7/13/2025, 1:42:40 AM No.16723141
>>16723126
Not every convergent series has a known closed-form expression in terms of elementary functions. You can buy entire graduate textbooks on the subject and how to obtain such expressions using complex analysis.
Replies: >>16723240
Anonymous
7/13/2025, 4:56:03 AM No.16723240
>>16723141
I thought in 2025 we would have moved to more advanced functions than elementary functiond.
Replies: >>16723426
Anonymous
7/13/2025, 6:33:44 AM No.16723273
looking back de broglie might have said something about the potentiality of benzene eigenvalue or something like that
Anonymous
7/13/2025, 12:51:03 PM No.16723426
>>16723240
“Advanced” functions usually refer to solutions to particular ODEs. For example Bessel functions or Mathieu functions. Abramowitz&Stegun is a thick tome dedicated to these. And those are just basic ODEs you get from Laplace and Helmholtz equations.