schrod

A simple, accurate, and fast module for solving the single particle Schrodinger equation. (by dhudsmith)

Schrod Alternatives

Similar projects and alternatives to schrod

NOTE: The number of mentions on this list indicates mentions on common posts plus user suggested alternatives. Hence, a higher number means a better schrod alternative or higher similarity.

schrod reviews and mentions

Posts with mentions or reviews of schrod. We have used some of these posts to build our list of alternatives and similar projects. The last one was on 2021-03-23.
  • Quantum probability distributions for a particle trapped in an octagon-shaped well
    2 projects | /r/DataArt | 23 Mar 2021
    I have a 1D schrodinger equation solver available on github. I use a conceptually identical approach here, but haven't yet packaged it to share. I will one day.
  • Time evolution of a quantum particle in a 2D box
    4 projects | /r/Physics | 10 Mar 2021
    I have some source code for the 1D case on github.. That example uses the matplotlib library. For the 2D case, I'm actually using OpenCV instead. I followed this tutorial for writing a video file with opencv. In that tutorial, they read frames as numpy arrays off a video capture source (eg webcam), do something to it (eg grayscale the image), then write it to a file. In my case, I compute numpy arrays rather than read them off a capture source. Otherwise it's the same.
  • Probability distributions for the first 36 eigenstates of a particle trapped in a heart-shaped potential well!
    1 project | /r/generative | 3 Mar 2021
    There are some extra complications from doing this in 2D rather than 1D, but the approach is conceptually identical. My code for the 1D case is open source and lives here: https://github.com/dhudsmith/schrod. There's also some more discussion on this on r/quantum: https://www.reddit.com/r/quantum/comments/lw9z9t/probability_distributions_for_the_first_36/.
    1 project | /r/quantum | 3 Mar 2021
    I'll go halfway. The code used here is the direct 2D extension of the 1D solver I have on github here: https://github.com/dhudsmith/schrod. To extend to 2D, you just need a 2D basis for computing the Hamiltonian matrix elements. I use the 2D box basis as shared by u/ketarax above. The computation time goes up quite a bit.
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Stats

Basic schrod repo stats
6
40
0.0
almost 6 years ago

dhudsmith/schrod is an open source project licensed under MIT License which is an OSI approved license.

The primary programming language of schrod is Python.


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