User talk:Jgmoxness

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Welcome

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[1]jgmoxness or Special:Emailuser/Jgmoxness

See also:

Images of fractals, 3D chaotic attractors, and 3D parametric surfaces

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Images of maximal subgroup embeddings of Lie Algebras

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Images of Klein Quartic and Octonions as they relate to Electron Spherical Harmonic Legendre Functions and their Dual Quark-Gluon Nucleons

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Images of Hasse Diagrams

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Images of Stowe-Janet-Scerri Periodic Table

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Images of E8 (and its subgroups)

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E8 with Lisi Particle Assignments

Petrie Projection


E8 embedding


E8 embedding with particle labels


F4 (outer=Quarks, inner=Bosons/Leptons) w/Triality Edges


F4 with particle labels


Modified E6 projection showing Fermions in groups w/Boson rings


Mathematical representation of the physical Zome model isomorphic (?) to E8.
Hasse diagrams of selected E8 subgroups

A7 Hasse

F4 Hasse

C5 Hasse

D5 Hasse

E6 Hasse

E7 Hasse

E8 Hasse
Petrie Projections of the n-Cubes (C3 to C7, E8)

3D 4-cube

3-cube

4-cube

5-cube

6-cube

7-cube

E8
Column (Pascal Triangle) Projections of the n-Cubes (C2 to C7, E8)

2-cube

3-cube

4-cube

5-cube

6-cube

7-cube

3D E8
Coxeter Plane (Petrie) Projections of D3 to D8

D3

D4

D5

D6

D7

D8 in D7

D8
Coxeter Plane Projections

G2

Cell 24 in D5

Cell 24 in E6

F4 in E6

E6

E7

E8 in E6
Cell 600 Projections

3D

Petrie

Square

Pentagon

Hexagon
Cell 120 Projections

3D

Petrie

Orthogonal

Pentagon

2Pi/3 basis
Other Projections

Rectified F4 with Triality

Birectified F4

Rectified E8 with F4 Triality

E8 with 6720 Sqrt(6) edges

E8 in D8

Images Dynkin Diagrams

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Cell8+Cell16=Cell24

Tesseract

(Left frame orthogonal, Right frame perspective)

Anaglyph for depth cueing(Red left eye, Cyan right eye)
(Left frame orthogonal, Right frame perspective)

Penteract

Hexeract

Hepteract
16 Cell 24 Cell
120 Cell 600 Cell

Images of Fano Planes

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Jgmoxness (talk) 02:52, 6 April 2010 (UTC)[reply]

120-cell projection animation

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I like your animation of 120-cell rotation, but the dithering around the edges is distracting and makes it hard to see interior edges. If you still have the source code, maybe you could re-render with antialiasing? Alternately, rendering at higher resolution and then scaling down might achieve the same effect. It could also rotate a bit slower, IMHO, to be more similar to File:120-cell.gif.

Thanks for the awesome math images! --Quantum7 06:55, 16 April 2014 (UTC)[reply]

E8Petrie.svg

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This is nice. Did you draw it with LaTeX/TiKz?

I use Mathematica to code up the E8 Lie Group / Algebra and output the .SVG images directly from that code.
Jgmoxness (talk)