Presenting... the Geometrical-Physical Symmetry.
Q: What is the Geometrical-Physical Symmetry?
A: It is the symmetry between the two distinct aspects of nature, the geometrical aspect of nature (spatial) and the physical aspect of nature (material).
Introducing the Geometrical-Physical symmetry:
Measures of Space and Substance(aka matter)
Space:
Length (1-volume)
Area (2-volume)
Volume (3-volume)
Tera-Volume (4-volume)
Peta-Volume (5-volume)
Exa-Volume (6-volume)
Zetta-Volume (7-volume)
Yotta-Volume (8-volume)
Ronna-Volume (9-volume) (Xenna)
Quetta-Volume (10-volume) (Daka)
Matter (Names for higher dimensionalities are generally suffix of poly k-ons found on this page http://www.polytope.net/hedrondude/topes.htm with the dimensionalities n+1 corresponding to dimensionality n for the following terms, followed by suffix "-ae" with "-on" removed):
Mass (1-charge)
Electric Charge (2-charge)
Color Charge (3-charge)
Terae Charge (4-charge)
Petae Charge (5-charge)
Exae Charge (6-charge)
Zettae Charge (7-charge)
Yottae Charge (8-charge)
Ronnae Charge (9-charge) (Xennae)
Quettae Charge (10-charge) (Dakae)
The Measure Polytope and Measure Particle
Measure Polytope (Space):
2: Square
3: Cube
4: Tesseract
5: Penteract
6: Hexeract
7: Hepteract
8: Octeract
9: Enneract
10: Dekeract
Measure Particle (Matter)(same situation as for the measures of matter for naming scheme):
2: Atom
3: Baryon (Hadron)
4: Aceon
5: Petaeon
6: Exaeon
7: Zettaeon
8: Yottaeon
9: Ronnaeon(Xennaeon)
10: Quettaeon(Dakaeon)
Some Geometrical Terms
Some Physical Terms
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Comparing the Geometrical-Physical Symmetry with pre-Socratic philosophers
Democritus: "...but in truth there are only atoms and the void."
Time - the asymmetrical void
Space- the symmetrical void
Temperature- the asymmetrical matter
Matter(substance)- the symmetrical matter
Full diagram of the
Geometrical-Physical
Symmetry
LEFT SIDE OF DIAGRAM: GEOMETRICAL
RIGHT SIDE OF DIAGRAM: PHYSICAL
The limit of our existence (all existences are limited, the principle of finitude)
Clarifying certain aspects of the Geometrical-Physical Symmetry
1: Q: Zero-Dimensional Space - but how can a zero-dimensional space rotate?
A: If an elementary particle pauses with respect to all other particles, then it stays in place for some time, only to move in a new direction after it starts to move again, its as if it has "rotated" about itself.
2: Q: Three-Dimensional Matter- but do particles with the same color charge repel?
A: This is speculative. Its known that quarks of unlike color charge attract one another, the repulsion of quarks of the same color charge would have to take place in a deconfined state which is not well tested since that state exists at an extremely high temperature. The repulsion of quarks of the same color charge is an unconfirmed prediction of the model.
3: Q: Is the geometrical-physical symmetry a theory of everything?
A: The geometrical-physical symmetry is meant to be a unified description of the four fundamental interactions and all physics beyond that. It is best described as its title, the "geometrical-physical symmetry," rather than a "theory of everything" since it only describes the core fundamentals of reality and not the details.
