Particle collisions, hypergroups and quadratic residues | Diffusion Symmetry 3 | N J Wildberger
We introduce a simple particle collision model for the algebraic structure called a hypergroup, which is a normalization of a fusion rule algebra, and closely connected also to Bose Messner algebras and association schemes from algebraic combinatorics. In this model, the results of particle collisions are probabilistic, there is a distinguished particle called a photon which is absorbed in any collision, and each particle has a unique antiparticle (which might in fact coincide with the given particle), characterized by the condition on yielding a photon when collided with the original particle. We will be introducing the "Golden hypergroup", along with hypergroups coming from complete graphs, and also from complete bi-partite graphs. A further interesting family of such algebraic objects goes back in some sense to C. F. Gauss and his study of quadratic residues and non-residues. For that we will need to review some basic facts about prime fields, including the idea of primitive roots. Video Contents (thanks to Lucas Lofaro) 0:00 Intro 0:08 Overview 1:53 Describing Particle Collisions 5:39 The Golden Hypergroup 9:05 Complete Graphs 11:30 Complete Bipartite Graphs 20:30 Quadratic Residues and Non-Residues 22:52 Structure of R and N via Primitive Roots 26:03 Additive Arithmetic of R and N 29:59 Moving to a Multiplicative Arithmetic 37:00 A Different Example of Multiplicative Arithmetic The Playlist for this series is at • Playlist ************** Research Gate page: https://www.researchgate.net/profile/... Blog: http://njwildberger.com/ Online courses at openlearning.com (currently Algebraic Calculus One): https://www.openlearning.com/courses/... Please join us for an exciting new approach to one of mathematics' most important subjects! Patreon: / njwildberger Your support would be much appreciated. Insights into Mathematics YT channel: / njwildberger Insights into Mathematics Playlists: • The Algebra of Boole, Logic and Circuit An... (31 videos) • Box Arithmetic: a new framework for Mathem... (18 videos) • Hypergroups and Diffusion Symmetry: an int... (6 videos) • Rational Trigonometry for maths, physics a... (4 videos) • Sociology and Pure Maths (44 videos) • Old Babylonian mathematics and Plimpton 322 (8 videos) • Math Foundations (226 videos) • Math Seminars N J Wildberger (26 videos) • Math History (ancient to modern) (45 videos) • Geometric Linear Algebra (43 videos) • Algebraic Topology (40 videos) • Universal Hyperbolic Geometry (55 videos) • Differential Geometry (34 videos) • Elementary Probability and Statistics (8 videos) • Math Terminology for Incoming Uni Students (9 videos) • Famous Math Problems ( 46 videos) Wild Egg Maths Playlists: • Box Arithmetic Book: A finite multiset fou... (NEW!!) • Intro to Algebraic Calculus with Box Arith... (4 videos) • Classical to Quantum (for Members) (64 videos) • Solving Polynomial Equations and the Geode... (45 videos) • De Casteljau Bezier curves and associated ... (20 videos) • Exploring q-series (for Members) (8 videos) • Six: A mathematical exploration (9 videos) • Algebraic Calculus One: a new foundation f... (52 videos) • Advice to prospective research mathematici... (9 videos) • The Hexagrammum Mysticum: a Geometric Gem ... (14 videos) • Algebraic Calculus Two (8 videos) • Special (Polynomial) Functions and Maxel N... (25 videos) • Dynamics on Graphs: The ADE Phenomenon & B... (30 videos)

The Square Lattice via group D4 and its hypergroups | Diffusion Symmetry 5 | N J Wildberger

Theory of numbers: Quadratic residues

A (somewhat) new paradigm for mathematics and physics | Diffusion Symmetry 1 | N J Wildberger

The magic and mystery of "pi" | Real numbers and limits Math Foundations 93 | N J Wildberger

The most beautiful formula not enough people understand

Why Peter Scholze is once in a Generation Mathematician

The S3 character table - a (somewhat) new meaning | Diffusion Symmetry 2 | N J Wildberger

Why you can't solve quintic equations (Galois theory approach) #SoME2

The Tiny Donut That Proved We Still Don't Understand Magnetism

Hypergroup definition and five key examples | Diffusion Symmetry 4 | N J Wildberger

How to develop a proper theory of infinitesimals I | Famous Math Problems 22a | N J Wildberger

Train Your Brain to Never Forget (5 Feynman Habits)

Group theory | Math History | NJ Wildberger

The Biggest Project in Modern Mathematics

Dirac's belt trick, Topology, and Spin ½ particles

What is a Hilbert Space?

Electrons Don't Actually Orbit Like This

The number theory revival | Math History | NJ Wildberger

William Dunham, A tribute to Euler

