Schrödinger equation: Difference between revisions
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|Synopsis=I want to incorporate the Schrödinger equation into my visualizations. | |Synopsis=I want to incorporate the Schrödinger equation into my visualizations. | ||
|Analysis=Hope to better understand the Schrödinger equation and improve the visualizations. | |Analysis=Hope to better understand the Schrödinger equation and improve the visualizations. | ||
I am finding a correlation between fractals and Mandelbrot states and quantum Eigenvalues due to the shared use of complex numbers. | |||
Is the square root of -1 hiding what we can't perceive but is there? | |||
|EditDate=2023/02/18 | |EditDate=2023/02/18 | ||
|Prime Category=American Epic | |Prime Category=American Epic |
Revision as of 15:43, 18 February 2023
EditDate | 2023/02/18 |
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Related Threads:
I want to incorporate the Schrödinger equation into my visualizations.
Hope to better understand the Schrödinger equation and improve the visualizations.
I am finding a correlation between fractals and Mandelbrot states and quantum Eigenvalues due to the shared use of complex numbers.
Is the square root of -1 hiding what we can't perceive but is there?Web References https://en.wikipedia.org/wiki/Schr%C3%B6dinger equation
Torn between Bounce and black light.
Schrödinger equation For Multi-Electron Atoms
Want to incorporate this equation:
H^=−ℏ22me(∇21+∇22)+V(r1)+V(r2)+V(r12)
Variable assignment:
let r1 = Math.sqrt(key.x1^2 + key.y1^2); let r2 = Math.sqrt(key.x2^2 + key.y2^2); let me = key.maxFreq * key.maxAmp; let e = eigenfunction;