153
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Difference between revisions of "Graph, Wall, Tome"
→Key and Explanations
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*I. [[Jones polynomial]] for right trefoil knot; Witten’s path-integral formulation for Jones polynomial using Chern-Simons action | *I. [[Jones polynomial]] for right trefoil knot; [[Witten’s path-integral formulation]] for Jones polynomial using Chern-Simons action | ||
*II. Associativity equation in Quantum Field Theory | *II. Associativity equation in [[Quantum Field Theory]] | ||
*III. Yang-Baxter equation | *III. [[Yang-Baxter equation]] | ||
*IV. Lorenz Attractor: Lorenz equations with orbit | *IV. [[Lorenz Attractor]]: Lorenz equations with orbit | ||
*V. Diagram of a black hole with Schwarzschild radius | *V. Diagram of a black hole with [[Schwarzschild radius]] | ||
*VI. The five regular polyhedra | *VI. The five [[regular polyhedra]] | ||
*VII. Equiangular spiral drawn in "golden" rectangle (side ratio = golden mean g), ratio of consecutive Fibonacci numbers approaches g, represented by its continued fraction expansion. | *VII. Equiangular spiral drawn in "golden" rectangle (side ratio = golden mean g), ratio of consecutive [[Fibonacci numbers]] approaches g, represented by its continued fraction expansion. | ||
*VIII.Babylonian computation of sqrt2 | *VIII.[[Babylonian computation of sqrt2]] | ||
*IX. Visual proof of the Pythagorean Theorem | *IX. Visual proof of the [[Pythagorean Theorem]] | ||
*X. Cell decomposition of torus; Euler characteristic; Gauss-Bonnet formula. | *X. [[Cell decomposition of torus; Euler characteristic; Gauss-Bonnet formula.]] | ||
*XI. Archimedes: volume of Sphere. | *XI. Archimedes: [[volume of Sphere]]. | ||
*XII. Aharanov-Bohm effect | *XII. [[Aharanov-Bohm effect]] | ||
*XIII.Supergravity Langangian; root diagramm for Lie group E8 | *XIII.[[Supergravity Langangian; root diagramm for Lie group E8]] | ||
*XIV. Navier-Stokes equation with flow around cylinder. | *XIV. [[Navier-Stokes equation]] with flow around cylinder. | ||
*1. Kepler's 2nd law | *1. [[Kepler's 2nd law]] | ||
*2. Newton's force-acceleration equation | *2. [[Newton's force-acceleration equation]] | ||
*3. Kepler's 3rd law | *3. [[Kepler's 3rd law]] | ||
*4 Newton's gravitational law | *4 [[Newton's gravitational law]] | ||
*5 Einstein's General Relativity equation | *5 [[Einstein's General Relativity equation]] | ||
*6 Schrödinger's equation | *6 [[Schrödinger's equation]] | ||
*7. Dirac equation | *7. [[Dirac equation]] | ||
*8. Atiyah-Singer Theorem | *8. [[Atiyah-Singer Theorem]] | ||
*9. Yang-Mills Equations | *9. [[Yang-Mills Equations]] | ||
*10. Defining relation of Supersymmetry | *10. [[Defining relation of Supersymmetry]] | ||
*A. Einstein’s mass-energy equation | *A. [[Einstein’s mass-energy equation]] | ||
*B. Maxwell's Equations | *B. [[Maxwell's Equations]] | ||
*C. Stoke's Theorem | *C. [[Stoke's Theorem]] | ||
*D. The boundary of a boundary is zero | *D. [[The boundary of a boundary is zero]] | ||
*E. Heisenberg's indeterminacy relation | *E. [[Heisenberg's indeterminacy relation]] | ||
*F. Euler's formula for Zeta-function | *F. [[Euler's formula for Zeta-function]] | ||
*G. Interaction between two string; Feynman diagram shows corresponding interaction of particles, here the Compton scattering of a photon off an electron. | *G. Interaction between two string; [[Feynman diagram]] shows corresponding interaction of particles, here the Compton scattering of a photon off an electron. | ||