ijspace.org
Introduction                   Problem Definition Basic Assumption Action in j-space Efficiency Why h is needed? The Origin The Abacus The Qbox Entropy Fine-Structure Constant Lorentz's Distribution 3D Concept of Time Nature of Force Nature of Central Force Discrete Space Quarks? Interactions Anharmonic Coordinates z-Axis Constructibility Spin Matrices σz Identity Matrix Zero-Trace Matrices Symmetry Conservation Duality in j-space Duality Wave-Particle De Broglie Equation A Paradox EPR Paradox                            Fundamental Forms Angular Momentum Irreducibility Lorentz Transformation Möbius Transformation Infinite Source The Observers Knots Supersymmetry Majorana States ZFC Axioms Axiom of Foundation Set Theory Euclid's Axioms Infinite Fulcrum Andromeda Galaxy Riemann Hypothesis Incompleteness I Incompleteness II Initial State Supercolliders Virtual Twins Symmetry 4π-Symmetry Chiral Symmetry Equivalence Symmetry Shell Structure Electrons and Photons Exclusion Principle Finiteness Finiteness vs. Quantum Stillness Discreteness vs. Quantum Boltzmann Constant Planck Constant Schrödinger's Cat Quantum Computing Newton's Bucket Gödel's Metric Uncertainty Reln in j-space                 Last update 30thJuly 2018.               Möbius and Lorentz Transformations                                Best viewed with Internet Explorer.	The objective of ijspace.org is to take a not too serious look at nature from a non-expert's point of view.  It is a tribute to the great minds, who have shaped the course of our civilization and continue to do so.   Contact Us         Acknowledgements       Errata	BLOG Nutshell 2017 Nutshell 2016 Nutshell 2015 Nutshell 2014 Knots in j-space Introduction Trefoil Knot Figure-8 Knot Gauss Code Laurent Polynomials Virtual Knots Unknotting DNA

          

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