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LMT physics

(2016) p.1-1
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Abstract
Length-Mass-Time Physics model written in Maple to reveal the geometric 3D structure of the laws of physics. The physical quantity "power" has the cardinality 48 and thus 48 signed permutations will map this point in the cube with infinity norm 3. All LMT physics boils down to 129 rectangles up to signed permutations.
Keywords
3D integer lattice, laws of physics, signed permutations, general physics, infinity norm

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Citation

Please use this url to cite or link to this publication:

Chicago
Chevalier, Philippe. 2016. “LMT Physics.”
APA
Chevalier, P. (2016). LMT physics.
Vancouver
1.
Chevalier P. LMT physics. 2016. p. 1–1.
MLA
Chevalier, Philippe. “LMT Physics.” 2016 : 1–1. Print.
@misc{8069370,
  abstract     = {Length-Mass-Time Physics model written in Maple to reveal the geometric 3D structure of the laws of physics. The physical quantity {\textacutedbl}power{\textacutedbl} has the cardinality 48 and thus 48 signed permutations will map this point in the cube with infinity norm 3. All LMT physics boils down to 129 rectangles up to signed permutations.},
  author       = {Chevalier, Philippe},
  language     = {eng},
  pages        = {1--1},
  title        = {LMT physics},
  year         = {2016},
}