#flattorus - Twitter Hashtag

about 5 years ago

Tribute to the Flat Torus with data from friends of @GipsaLab, @LIX_lab, Laboratoire Jean Kuntzmann and Institut Camille Jordan (https://t.co/zZ9PFQmEGA) #plottertwitter #flattorus @INS2I_CNRS @INSMI_CNRS @UnivLyon1 @UGrenobleAlpes

dcoeurjo's tweet photo. Tribute to the Flat Torus with data from friends of @GipsaLab, @LIX_lab, Laboratoire Jean Kuntzmann and Institut Camille Jordan (https://t.co/zZ9PFQmEGA) #plottertwitter #flattorus @INS2I_CNRS @INSMI_CNRS @UnivLyon1 @UGrenobleAlpes https://t.co/J0GBOci1S3

0

7

4

0

Alba Marina Málaga Sabogal @alba_math

about 6 years ago

«La capacité de l'humain, c'est le bricolage. Bricoler avec nos vies, c'est déjà pas mal.» Interprétation de Lévi-Strauss par Ben-Soussan. #citation lue dans Pomme d'Api, suppl. au n°656. Ces jours-ci, je bricole avec des tores plats polyhedraux (et avec ma vie). #flattorus

alba_math's tweet photo. «La capacité de l'humain, c'est le bricolage. Bricoler avec nos vies, c'est déjà pas mal.» Interprétation de Lévi-Strauss par Ben-Soussan. #citation lue dans Pomme d'Api, suppl. au n°656.
Ces jours-ci, je bricole avec des tores plats polyhedraux (et avec ma vie). #flattorus https://t.co/S3H1ikO4nJ

0

5

1

0

Pyritohedral hypergon in blue and gold @Tom_Ruen

almost 7 years ago

This statement is confusing. A flat universe can also be a closed one. #FlatTorus https://t.co/Cs0wNTQ187 "... much of the data seems to be in support of a flat Universe, rather than a closed one"

0

4

0

Pyritohedral hypergon in blue and gold @Tom_Ruen

about 8 years ago

Here's a #Torus polyhedron (V=48, E=96, F=48), showing one spiral of black edges and checkerboard face coloring. It's based on a 4,3 #FlatTorus with 24 square faces, but the squares are divided into pairs of triangles for planar faces in a stereographic projection in 3D.

0

8

2

0

Pyritohedral hypergon in blue and gold @Tom_Ruen

about 8 years ago

Here's a #Torus polyhedron (V=24, E=56, F=32), with 2 spirally colors of faces. Its based on a 4,2 #FlatTorus with 16 square faces, but the squares are divided into pairs of triangles for planar faces in a stereographic projection in 3D.

0

1

0

Pyritohedral hypergon in blue and gold @Tom_Ruen

about 8 years ago

Here's a #Torus polyhedron (V=3840, E=11520, F=7680), with 8 quadruple-spirally colors of faces. Its based on a 48,40 #FlatTorus with 3840 square faces, but the squares are divided into pairs of triangles for planar faces in a stereographic projection in 3D.

3

49

27

6

0

Pyritohedral hypergon in blue and gold @Tom_Ruen

about 8 years ago

Here's a #Torus polyhedron (V=864, E=2592, F=1728), with 6 triple-spirally colors of faces. Its based on a 24,18 #FlatTorus with 864 square faces, but the squares are divided into pairs of triangles for planar faces in a stereographic projection in 3D.

1

0

Pyritohedral hypergon in blue and gold @Tom_Ruen

about 8 years ago

Here's a #Torus polyhedron (V=288, E=800, F=512), with 8 spirally colors of faces. Its based on a 16,8 #FlatTorus with 256 square faces, but the squares are divided into pairs of triangles for planar faces in a stereographic projection in 3D.

0

50

12

4

0

Pyritohedral hypergon in blue and gold @Tom_Ruen

about 8 years ago

Here's a #Torus polyhedron (V=80, E=208, F=128), with 4 spirally colors of faces. Its based on a 8,4 #FlatTorus with 64 square faces, but the squares are divided into pairs of triangles for planar faces in a stereographic projection in 3D.

0

24

8

0

Pyritohedral hypergon in blue and gold @Tom_Ruen

about 8 years ago

Here's a #Torus polyhedron (V=72, E=180, F=108), with 3 spirally colors of faces. Its based on a 9,3 #FlatTorus with 54 square faces, but the squares are divided into pairs of triangles for planar faces in a stereographic projection in 3D.

0

4

0

Pyritohedral hypergon in blue and gold @Tom_Ruen

about 8 years ago

Here's a #Torus polyhedron (V=48, E=144, F=96), with 2 spirally colors of faces. Its based on a 6,4 #FlatTorus with 24 square faces, but the squares are divided into pairs of triangles for planar faces in a stereographic projection in 3D.