Direct Construction of Grassmann, Clifford and Geometric Algebras
Allan Cortzen

TL;DR
This paper presents a straightforward, rigorous method for constructing Grassmann, Clifford, and Geometric Algebras that accommodates degenerate forms, infinite dimensions, and various fields, with a focus on universality and coordinate-free characterization.
Contribution
It introduces a simple, universal construction method for these algebras that handles degenerate forms, infinite dimensions, and is characterized in a coordinate-free manner.
Findings
Construction method is rigorous and simple
Handles degenerate bilinear forms and infinite dimensions
Provides a clear, foundational framework
Abstract
This is a simple way rigorously to construct Grassmann, Clifford and Geometric Algebras, allowing degenerate bilinear forms, infinite dimension, using fields or certain modules (characteristic 2 with limitation) - and characterize the algebras in a coordinate free form. The construction is done in an orthogonal basis, and the algebras characterized by universality. The basic properties with short proofs provides a clear foundation for further development of the algebras.
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Taxonomy
TopicsAlgebraic and Geometric Analysis · Advanced Topics in Algebra · Matrix Theory and Algorithms
