Sasson Margaliot·Oct 5A Radical Composite Theory of All Elementary Particles, Part 6: The Photon and the Z BosonIn this model, the photon and the Z boson are two mixtures of the same composite neutral states, with different constituent coefficients…
InCognitive Computing and Linguistic IntelligencebySasson Margaliot·Oct 4A Radical Composite Theory of All Elementary Particles, Part 5: Spin and ParityAn Element and its anti-Element contribute the same spin, while complementary particle constructions have opposite total spins.
Sasson Margaliot·Oct 4Radical Composite Theory of All Elementary Particles, Part 3: Quarks and LeptonsThis model builds one generation of quarks, leptons, and their antiparticles from twelve fundamental Elements.
Sasson Margaliot·Oct 2A Radical Composite Theory of All Elementary Particles, Part 4: The Charged Weak BosonsSimple composite structures for W⁻ and W⁺ connect to the eight-term W⁰ through a proposed weak transformation.
InCognitive Computing and Linguistic IntelligencebySasson Margaliot·Sep 24A Radical Composite Theory of All Elementary Particles, Part 2: The Twelve ElementsCan twelve proposed constituents organize both the matter fields and the neutral electroweak fields?
InPhase Manifold ModelbyScott Gehring·Aug 20What Is a Crease in Physics?A Camping Guide to the Phase Manifold Model
Octavio Martínez Cedeño·Aug 20CKM esconde una Geometría Binaria?Una propuesta que sugiere algo más que simple probabilidad
Arturo R Montesinos·Aug 18Particle Ptuesdays (16/16): What the Standard Model Explains, What It Doesn’t, and How to Read…A precise theory can be incomplete without being wrong; the Standard Model’s open questions are written in its own grammar.
Arturo R Montesinos·Aug 15Saturday Seminar (15/16)How to See Fields, Symmetries, Masses, and Interactions Inside the Standard Model’s Most Famous Formula.
Arturo R Montesinos·Aug 11Particle Ptuesdays (15/16): The Standard Model Lagrangian, Read Like a NativeThe symbolic wall becomes a blueprint: fields, symmetries, interactions, breaking, and mass generation in one compressed formula.
