The Mathematical Art Post

[Hamid Naderi Yeganeh @naderi_yeganeh]

I drew this branch with trigonometric functions. For details see: https://t.co/2RqioIJip9 #math #mathematics #mathart #geometry #art #branch #drawing #trigonometry #symmetry #maths #plant

[Clayton Shonkwiler @shonk]

Map

Inspired by @TilingBot

Source code: https://t.co/zeHBalXUrk

// #GIF #animation #mathart #abstract #minimal //

[Edmund Harriss @Gelada]

Study of paper bending. #mathart

[Hamid Naderi Yeganeh @naderi_yeganeh]

I created this animation with mathematical formulas.
#science #sciart #mathematics #math #mathart #animation #maths

[Tiling Bot @TilingBot]

#Hyperbolic #tiling with [3,11] #symmetry, shown edge-centered in the Poincaré ball model. Geodesic saddle with 8-frequency subdivision. https://t.co/7CGozsODm2

[Edmund Harriss @Gelada]

Lovely wooden space filling curve puzzles! @Kickstarter https://t.co/AJgQ0tcbJA

[Roice @roice713]

Edward Gorczyca designed a double yin-yang on the surface of a sphere and commissioned me to animate his construction. It begins with a tetrahedron. The output of our collaboration was this short video, along with the POV-Ray scripts that rendered it: https://t.co/oG4JyHPIq8

[Hamid Naderi Yeganeh @naderi_yeganeh]

I drew this bird with trigonometric functions. For details see: https://t.co/2RqioIJip9 #math #mathematics #mathart #art #bird #drawing #trigonometry #symmetry #maths #geometry #magpie

[Henry Segerman @henryseg]

A zoom into the Cannon-Thurston map fractal, joint work with @bachmandesign https://t.co/zVFuLJQR07

[The Mathematical Art Post @mathartpost]

Can an algorithm be art? https://t.co/T10lttwGd4 via @csmonitor

[Hamid Naderi Yeganeh @naderi_yeganeh]

I drew this bird with trigonometric functions. For details see: https://t.co/6p9jrLKfUY #math #mathematics #mathart #art #geometry #bird #drawing #trigonometry #symmetry #maths

[Edmund Harriss @Gelada]

If you missed my session at #nctm18 or just want to see the slides (lots of good images!) You can download from here: https://t.co/JuPdnd4405 (17MB)

[Henry Segerman @henryseg]

More screenshots: @roice713 worked out how to size the spheres (and horospheres and geodesic planes) so that at "Edge Thickness" zero, the complementary geometry has spiky touching points.

[Tiling Bot @TilingBot]

#Spherical #tiling with [3,4] #symmetry, shown tile-centered in the Mercator projection. Geodesic dome with 8-frequency subdivision. https://t.co/7CGozsODm2

[Dr Daina Taimina @DainaTaimina]

Kurt Gödel and the mechanization of mathematics – TheTLS https://t.co/6T84TkqC5H

[Roice @roice713]

TilingBot now supports the Mercator projection for spherical tilings. Learn about this projection and see amazing image possibilities in a lovely paper by @dmswart and Seb Perez-Duarte: "The Mercator Redemption", https://t.co/MQ3h9d6cPS https://t.co/umwmjhsBgD

[Hamid Naderi Yeganeh @naderi_yeganeh]

I drew this spider with trigonometric functions. For details see: https://t.co/vFGXoqdarR #mathematics #math #mathart #spider #artwork #geometry #trigonometry #drawing

[Roice @roice713]

This is a very special tiling! It is an infinite collection of "ortho-sticks" that meet only at ideal points. The analogous tiling a dimension up intimately relates to the complement of the Borromean Rings, made famous by the video "Not Knot". Dig deeper: https://t.co/0W3ky2EqAI https://t.co/WjkM61NWWq

[Olivia Walch @oliviawalch]

hmmm yes cool

[Dr Daina Taimina @DainaTaimina]

How many mathematicians does it take to create hyperbolic plane? #G4G13