Octonions and Binocular Mobilevision

TL;DR

This paper explores the use of octonions, a mathematical structure, to enhance binocular Mobilevision in computer graphics by extending the color space to seven dimensions, introducing novel interpretational and quantum theoretical insights.

Contribution

It introduces an octonionic color space framework for binocular Mobilevision, linking advanced mathematical structures with computer graphics techniques.

Findings

Octonionic color space extends traditional color models.

Binocular Mobilevision can be elaborated using octonions.

New interpretational geometries and virtual realities are proposed.

Abstract

This paper is devoted to an interaction of 2 objects: the 1st of them is octonions, the classical structure of pure mathematics, the 2nd one is Mobilevision, the recently developped technique of computer graphics. Namely, it is shown that the binocular Mobilevision maybe elaborated by use of the octonionic colour space - the 7-dimensional extension of the classical one, which includes a strange overcolour besides two triples of ordinary ones (blue,green, red for left and right eyes). Contents. I. Interpretational geometry, anomalous virtual realities, quantum projective field theory and Mobilevision:(1.1. Interpretational geometry; 1.2. Anomalous virtual realities; 1.3. Colours in anomalous virtual realities; 1.4. Quantum projective field theory; 1.5. Mobilevision). II. Quantum conformal and q_R-conformal field theories, an infinite dimensional quantum group and quantum field analogs of Euler-Arnold top:(2.1. Quantum conformal field theory; 2.2. Lobachevskii algebra, the quantization of the Lobachevskii plane; 2.3. Quantum q_R-conformal field theory; 2.4. An infinite dimensional quantum group; 2.5. Quantum-field Euler-Arnold top and Virasoro master equation). III. Octonionic colour space and binocular Mobilevision:(3.1. Quaternionic description of ordinary colour space; 3.2. Octonionic colour space and binocular Mobilevision).