Все публикации

Classical to Quantum | Quantization and Lie group Representation Theory | Wild Egg Maths

Classical to Quantum | Kevin Limanta: Circle Integration over finite fields | Wild Egg Maths

Classical to Quantum | Special Relativity without equations (Galilean) | Wild Egg maths

Classical to Quantum | A critique of Einstein's Simultaneity (1905 paper Section 1.1) | Wild Egg

Finite Matrix Groups 1 | Introduction and Basic Examples | Wild Egg Maths

Classical versus Quantum | An introduction to QM and the two slit experiment | N J Wildberger

The Weyl group of an ADE graph via the mutation representation | Dynamics on Graphs | Wild Egg Maths

Hexagrammum Mysticum 3 | Affine and projective geometry and a proof of Pappus' theorem | Wild Egg

Hexagrammum Mysticum 10 | A quick primer on cross ratios and the anharmonic group | Wild Egg Maths

The k-Poly Algebra and truncations | Algebraic Calculus Two | Wild Egg Maths

Tangent Curves and Truncations | Algebraic Calculus Two | Wild Egg Maths

Advice To Amateur Research Mathematicians | How to get your work published? | Wild Egg Maths

Index degree and the Multiseries theorem | Algebraic Calculus Two | Wild Egg Maths

Binomial to Multinomial to Multiseries | Algebraic Calculus Two | Wild Egg Maths

Subderivatives and Lagrange's Approach to Taylor Expansions | Algebraic Calculus Two | Wild Egg

The Binomial Chu Vandermonde Identity: a new unification? | Algebraic Calculus Two | Wild Egg Maths

The Chu Vandermonde Identity | Algebraic Calculus Two | Wild Egg Maths

Advice To Prospective Mathematicians | A key question for maths and science | Wild Egg Maths

Hexagrammum Mysticum 2 | Analytic versus synthetic approaches to geometry | Wild Egg Maths

Numerical solution of quintic equations using bootstrapping | Solving Poly Eqns 38 | Wild Egg Maths

A new look at the quadratic equation: avoiding 'square roots' | Solving Poly Equations 35 | Wild Egg

Solving Poly Eqns 22: The bridge between BiTri numbers and polygonal subdivisions | Wild Egg Maths

Solving Polynomial Equations 5: Cracking the pattern with the Cubic | ERLM | Wild Egg

Solving Polynomial Equations 4: The pattern with the cubic case | Explore Research Maths | Wild Egg

visit shbcf.ru