November 20, 2024
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The Wave Number system is built upon this equation .
Calling all mathematicians, both amateur and professional!
Step into the realm of the Wave Number System, where conventional assumptions about negative numbers are challenged, and new avenues of mathematical exploration await.
Join up below to help the project.
The Wave Number Calculator is now available for R1, R2 and R3. Try out Addition, Multiplication, Division, Roots, Dot and Cross products and some other exotic operations such as Rotation and Rotication.
Explore the world of rotations with our Cartesian, Quaternion, Wave Numbers and Bloch Sphere Rotation Balls. Available to purchase at our shop.
R3 Multiplication Link between Formulae: The R3 multiplication and rotication formulae also demonstrate how multiplication links to rotication. The post on multiplication use
The Wave Numbers system comprises of the ^ Opposite Values (called ‘Hat’ Opposites) and the v Opposite Values (called ‘Vee’ Opposites). All the Opposite Values in the Wave Numbers system start from 0.
Introduction: This post starts with a description of long multiplication in R3. It then describes the R3 multiplication links to rotation and rotication
Comparison of Wave Number and Quaternion Multiplication Tables: An earlier post makes a detailed comparison of the Wave Number Multiplication table and the
Rotation: In this post, we delve into the Return and Orthogonal rules of rotation within the three-dimensional space R3. These principles are foundational
Use a Tennis Ball as a Rotation Prop: A physical prop helps to understand 3d rotation. There are many digital 3d spheres on-line.
Categories: Addition, Axioms, Bloch, Bra-kets, Calculus, Cartesian, Circuits, Coordinates, Cross-Product, Cube, Roots, Cubes, Curves, Dirac, Division, Dot-Product, Equality, Equations, Euler, Exponentation, Expression, Flipping, Gates, Geometry, Hyperspheres, Inequality, Integers, Inverses, Linear, Logs, Multiplication, Operations, Primitives, Principles, Props, Quadratic, Quantum, Quaternions, Qubits, R1, R2, R3, Roots, Rotation, Rotication, Simultaneous Equations, Spheres, Squares, States, Superposition, Tables, Theorems, Trigonometry, Unitaries, Zero.
