User:Jgmoxness
[1]jgmoxness
or
Special:Emailuser/Jgmoxness
See also:
See below for my content:
Images of the Archimedean and Catalan Solids
[edit]Images of maximal subgroup embeddings of Lie Algebras
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E8 Maximal Embeddings
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E8 Maximal Embeddings with Weyl Orbits and Coxeter-Dynkin Diagrams
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E7 Maximal Embeddings with Weyl Orbits and Coxeter-Dynkin
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E6 Maximal Embeddings with Weyl Orbits and Coxeter-Dynkin
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D8 Maximal Embeddings with Weyl Orbits and Coxeter-Dynkin Diagrams
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C8 Maximal Embeddings with Weyl Orbits and Coxeter-Dynkin Diagrams
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B6 Maximal Embeddings with Weyl Orbits and Coxeter-Dynkin Diagrams
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A7 Maximal Embeddings with Weyl Orbits and Coxeter-Dynkin Diagrams
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F4 Maximal Embeddings with Weyl Orbits and Coxeter-Dynkin
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G2 Maximal Embeddings with Weyl Orbits and Coxeter-Dynkin
Images of higher order orbits of E8 (421, 241, 142)
[edit]E8 421 Petrie Projection
E8 241 Petrie Projection
E8 142 Petrie Projection (53% of inner edges culled)
Images of various orbits of H4 hulls
[edit]120-Cell Hulls
Overlay of regular and quasi-regular constructions of Snub Dodecahedra and Truncated Icosidodecahedra
600-Cell Hulls
24-Cell to 600-Cell H4 Animation
600-Cell to 120-Cell Animation
T alternate of the 120-cell
DualSnub24Cell
Snub24Prime
Snub24CellPrime-hulls
120Cell-M
Snub24Cell
H4Phi-Snub24Cell-4hulls-each
Images of fractals, 3D chaotic attractors, and 3D parametric surfaces
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A collection of named 3D chaotic attractors
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A collection of fractals named by their generating function
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A collection of 3D fractals named by their generating function
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A collection of fractals named by their generating expression
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A collection of named 3D parametric surfaces
Images of Quartic Curves and Octonions as they relate to Electron Spherical Harmonic Legendre Functions and their Dual Quark-Gluon Nucleons
[edit]Images of Hasse Diagrams
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D4 Hasse
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C5 Hasse
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F4 Hasse
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E6 Hasse
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E7 Hasse
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E8 Hasse
Images of Stowe-Janet-Scerri Periodic Table
[edit]Images of E8 (and its subgroups)
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2D Polygons
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3D Platonic Solids
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4D Polychora
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5D Polytopes
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6D Polytopes
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7D Polytopes
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8D Polytopes
Images related to Quasicrystals
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6-cube (Hexeract) using 6D orthographic_projection to a 3D Perspective_(visual) object (the Rhombic_triacontahedron) using the Golden ratio in the basis_vectors (inner edges removed leaving their vertices).
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6-cube (Hexeract) orthographically projected to 3D using the Golden ratio. This is used to understand the aperiodic icosahedral structure of Quasicrystals.
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240 E₈ polytope vertices with 1440 6-cube (6D) unit edges and Golden ratio basis vectors orthographically projected to 3D.
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240 E₈ polytope vertices projected to 2D using 5-cube Petrie basis vectors overlaid on electron diffraction pattern of an icosahedral Zn-Mg-Ho Quasicrystal.
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5 cell to hull of the Rhombic 20 Hedron
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5 cell in H3 projection (all vertices and edges)
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4 cell to hull of the Rhombic 2-hedron
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4 cell in H3 projection (all vertices and edges)
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D6 to H3 icosadodecahedron
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6 Demicube (even) to dodecahedron
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6 Demicube (odd) to icosahedron
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E8 in H4 projection and orthonormal to 3D to STL and 3D printed
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E8 concentric hulls in H3 projection
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E7 concentric hulls in H3 projection
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E6 concentric hulls in H3 projection
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6-cube to concentric hulls in H3 projection
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H4 concentric hulls in H3 projection
Images Dynkin Diagrams
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Rank 3 Compact Hyperbolic Dynkin Diagrams (1-5 of 238)
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Rank 3 Compact Hyperbolic Dynkin Diagrams (6-10 of 238)
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Finite Dynkin Diagrams
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Affine Loop Dynkin Diagrams
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Hyperbolic and very extended affine Dynkin Diagrams
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Folding Dynkin Diagrams
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Folding Dynkin Diagrams
Cell8+Cell16=Cell24
Tesseract (Left frame orthogonal, Right frame perspective) |
Anaglyph for depth cueing(Red left eye, Cyan right eye) |
Penteract
Hexeract |
Hepteract |
16 Cell | 24 Cell |
120 Cell | 600 Cell |
Images of Fano Planes
[edit](talk) 02:52, 6 April 2010 (UTC)