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The original was posted on /r/mathgifs by /u/acz0o on 2023-07-17 14:22:40.

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The original was posted on /r/mathgifs by /u/robinhouston on 2022-12-13 21:00:52+00:00.

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The original was posted on /r/mathgifs by /u/lavaboosted on 2022-11-26 15:40:42+00:00.

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The original was posted on /r/mathgifs by /u/robinhouston on 2022-06-10 12:49:04+00:00.

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The original was posted on /r/mathgifs by /u/robinhouston on 2022-06-05 18:27:15+00:00.

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The original was posted on /r/mathgifs by /u/Longjumping_Ride_229 on 2021-10-19 21:14:32+00:00.

I created this by accident when trying to make something for one of my classes. I thought it was pretty.

1000 dots spaced evenly around a circle numbered 0 through 999. The dot numbered x is connected by a segment to dot numbered kx (mod 1000). I created an animation with k ranging from 2 to 200 and this was the result.

https://i.redd.it/k9d2rags2hu71.gif

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The original was posted on /r/mathgifs by [deleted] on 2021-09-02 00:24:55+00:00.

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The original was posted on /r/mathgifs by /u/cenit997 on 2021-08-10 18:12:50+00:00.

Original Title: Diffraction pattern of the mandelbrot set viewed at increasing distance from the aperture plane, made solving the wave equation. It doesn't matter how complicated the aperture is, the final pattern will always be radially symmetrical.

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The original was posted on /r/mathgifs by /u/robinhouston on 2021-07-20 12:38:48+00:00.

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The original was posted on /r/mathgifs by /u/JeffIrwin on 2021-06-17 00:20:48+00:00.

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The original was posted on /r/mathgifs by /u/JeffIrwin on 2021-05-25 02:52:09+00:00.

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The original was posted on /r/mathgifs by /u/cenit997 on 2021-04-25 14:46:57+00:00.

Original Title: Simulation of the propagation of a light diffraction pattern of a circular grating made solving wave equation. As the screen distance increases, it approaches the convolution of the product of the Fourier transform of a circle and a rectangular grating.

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The original was posted on /r/mathgifs by /u/EebamXela on 2021-04-14 19:32:15+00:00.

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The original was posted on /r/mathgifs by [deleted] on 2021-04-14 13:16:01+00:00.

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The original was posted on /r/mathgifs by /u/cenit997 on 2021-04-13 12:06:25+00:00.

Original Title: Simulation of propagation of a light diffraction pattern with a lens, made solving the wave equation. In the focal length of the lens, the diffraction pattern becomes the Fourier transform of the aperture!

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The original was posted on /r/mathgifs by /u/NnolyaNicekan on 2021-04-06 09:36:42+00:00.

Original Title: For a project I'm working on, I need to uniformly sample the surface of a sphere and eventually proceed iteratively from a coarse sampling to a finer sampling. It reminded me of the Death Star, so I added an equator and some "projection beams" from below. Made in Python (numpy + matplotlib).

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The original was posted on /r/mathgifs by /u/grey--area on 2021-02-11 20:18:30+00:00.

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The original was posted on /r/mathgifs by /u/kingtoro1 on 2021-02-05 19:53:47+00:00.

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The original was posted on /r/mathgifs by /u/Syntaximus on 2021-02-02 07:13:47+00:00.

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The original was posted on /r/mathgifs by /u/StormOfTheVoid on 2021-01-31 05:07:01+00:00.

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The original was posted on /r/mathgifs by /u/Lowkilde on 2021-01-12 20:03:57+00:00.

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The original was posted on /r/mathgifs by [deleted] on 2021-01-06 16:24:11+00:00.

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The original was posted on /r/mathgifs by /u/ViktorChlumsky on 2020-12-29 10:52:43+00:00.

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The original was posted on /r/mathgifs by /u/EebamXela on 2020-12-10 04:52:40+00:00.

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The original was posted on /r/mathgifs by /u/robinhouston on 2020-10-30 10:04:43+00:00.