The Mathematical Art Post (@mathartpost) profile picture

The Mathematical Art Post

@mathartpost
mathartpost.blogspot.com
Joined April 2018
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  • Following1.7K
  • Followers874
The Mathematical Art Post retweeted
Hamid Naderi Yeganeh (@naderi_yeganeh) profile picture
Hamid Naderi Yeganeh
@naderi_yeganeh14 May 2018
I drew this branch with trigonometric functions. For details see: huffingtonpost.com/entry/mat… #math #mathematics #mathart #geometry #art #branch #drawing #trigonometry #symmetry #maths #plant
Image from Hamid Naderi Yeganeh (@naderi_yeganeh)
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The Mathematical Art Post retweeted
Clayton Shonkwiler (@shonk) profile picture
Clayton Shonkwiler@shonk6 May 2018
Map Inspired by @TilingBot Source code: community.wolfram.com/groups… // #GIF #animation #mathart #abstract #minimal //
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The Mathematical Art Post retweeted
Edmund Harriss (@Gelada) profile picture
Edmund Harriss@Gelada13 May 2018
Study of paper bending. #mathart
Image from Edmund Harriss (@Gelada)
Image from Edmund Harriss (@Gelada)
Image from Edmund Harriss (@Gelada)
Image from Edmund Harriss (@Gelada)
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The Mathematical Art Post retweeted
Hamid Naderi Yeganeh (@naderi_yeganeh) profile picture
Hamid Naderi Yeganeh
@naderi_yeganeh10 Nov 2017
I created this animation with mathematical formulas. #science #sciart #mathematics #math #mathart #animation #maths
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The Mathematical Art Post retweeted
Tiling Bot (@TilingBot) profile picture
Tiling Bot@TilingBot5 May 2018
#Hyperbolic #tiling with [3,11] #symmetry, shown edge-centered in the Poincaré ball model. Geodesic saddle with 8-frequency subdivision. en.wikipedia.org/wiki/Geodes…
Image from Tiling Bot (@TilingBot)
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The Mathematical Art Post retweeted
Edmund Harriss (@Gelada) profile picture
Edmund Harriss@Gelada10 May 2018
Lovely wooden space filling curve puzzles! @Kickstarter kck.st/2I91upH
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The Mathematical Art Post retweeted
Roice (@roice713) profile picture
Roice@roice7136 May 2018
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: dropbox.com/sh/jlxscjiu3njdv…
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The Mathematical Art Post retweeted
Hamid Naderi Yeganeh (@naderi_yeganeh) profile picture
Hamid Naderi Yeganeh
@naderi_yeganeh9 May 2018
I drew this bird with trigonometric functions. For details see: huffingtonpost.com/entry/mat… #math #mathematics #mathart #art #bird #drawing #trigonometry #symmetry #maths #geometry #magpie
Image from Hamid Naderi Yeganeh (@naderi_yeganeh)
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The Mathematical Art Post retweeted
Henry Segerman (@henryseg) profile picture
Henry Segerman@henryseg6 May 2018
A zoom into the Cannon-Thurston map fractal, joint work with @bachmandesign shadertoy.com/view/Xd3fzB
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Can an algorithm be art? csmonitor.com/Technology/201… via @csmonitor
Can an algorithm be art?

Can an algorithm be art?

Digital artists have long faced criticism from art-world purists who challenge the idea that art created with computers qualifies as 'real art.' But for H…

csmonitor.com
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The Mathematical Art Post retweeted
Hamid Naderi Yeganeh (@naderi_yeganeh) profile picture
Hamid Naderi Yeganeh
@naderi_yeganeh4 May 2018
I drew this bird with trigonometric functions. For details see: ams.org/mathimagery/displayi… #math #mathematics #mathart #art #geometry #bird #drawing #trigonometry #symmetry #maths
Image from Hamid Naderi Yeganeh (@naderi_yeganeh)
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The Mathematical Art Post retweeted
Edmund Harriss (@Gelada) profile picture
Edmund Harriss@Gelada30 Apr 2018
If you missed my session at #nctm18 or just want to see the slides (lots of good images!) You can download from here: mathematicians.org.uk/eoh/fi… (17MB)
Image from Edmund Harriss (@Gelada)
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The Mathematical Art Post retweeted
Henry Segerman (@henryseg) profile picture
Henry Segerman@henryseg1 May 2018
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.
Image from Henry Segerman (@henryseg)
Image from Henry Segerman (@henryseg)
Image from Henry Segerman (@henryseg)
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The Mathematical Art Post retweeted
Tiling Bot (@TilingBot) profile picture
Tiling Bot@TilingBot4 May 2018
#Spherical #tiling with [3,4] #symmetry, shown tile-centered in the Mercator projection. Geodesic dome with 8-frequency subdivision. en.wikipedia.org/wiki/Geodes…
Image from Tiling Bot (@TilingBot)
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The Mathematical Art Post retweeted
Dr Daina Taimina (@DainaTaimina) profile picture
Dr Daina Taimina@DainaTaimina28 Apr 2018
Kurt Gödel and the mechanization of mathematics – TheTLS the-tls.co.uk/articles/publi…

Discussing Kurt Gödel’s Incompleteness Theorems: the ingenious proofs and enduring impact

Discussing Kurt Gödel’s Incompleteness Theorems: the ingenious proofs and enduring impact

the-tls.com
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The Mathematical Art Post retweeted
Roice (@roice713) profile picture
Roice@roice71330 Apr 2018
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", archive.bridgesmathart.org/2… teapawt.net/TilingBot/status/99077…
Tiling Bot (@TilingBot) profile pictureTiling Bot@TilingBot30 Apr 2018
#Spherical #tiling with [3,5] #symmetry, shown in the Mercator projection. Catalan tiling dual to rectified {3,5}.
Image from Tiling Bot (@TilingBot)
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The Mathematical Art Post retweeted
Hamid Naderi Yeganeh (@naderi_yeganeh) profile picture
Hamid Naderi Yeganeh
@naderi_yeganeh27 Apr 2018
I drew this spider with trigonometric functions. For details see: huffingtonpost.com/entry/ant… #mathematics #math #mathart #spider #artwork #geometry #trigonometry #drawing
Image from Hamid Naderi Yeganeh (@naderi_yeganeh)
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The Mathematical Art Post retweeted
Roice (@roice713) profile picture
Roice@roice71325 Apr 2018
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: plus.google.com/+RoiceNelson… teapawt.net/TilingBot/status/98896…
Tiling Bot (@TilingBot) profile pictureTiling Bot@TilingBot25 Apr 2018
#Hyperbolic #tiling with [4,∞] #symmetry, shown in the Poincaré ball model. Catalan tiling dual to rectified {4,∞}.
Image from Tiling Bot (@TilingBot)
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The Mathematical Art Post retweeted
Olivia Walch (@oliviawalch) profile picture
Olivia Walch@oliviawalch4 Feb 2018
hmmm yes cool
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The Mathematical Art Post retweeted
Dr Daina Taimina (@DainaTaimina) profile picture
Dr Daina Taimina@DainaTaimina13 Apr 2018
How many mathematicians does it take to create hyperbolic plane? #G4G13
Image from Dr Daina Taimina (@DainaTaimina)
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