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Hyperbolic Function Theory in the Clifford Algebra {mathcal {C}}ell_{n+1, 0}
Authors:Sirkka-Liisa Eriksson  Heikki Orelma
Affiliation:(1) Department of Mathematics, Tampere University of Technology, P.O. Box 527, FI-33101 Tampere, Finland
Abstract:The aim of this paper is to give the basic principles of hyperbolic function theory on the Clifford algebra $${mathcal {C}}ell_{n+1, 0}$$. The structure of the theory is quite similar to the case of Clifford algebras with negative generators, but the proofs are not obvious. The (real) Clifford algebra $${mathcal {C}}ell_{n+1, 0}$$ is generated by unit vectors $${e_{i}}^n_{i=0}$$ with positive squares e2i = + 1. The hyperbolic Dirac operator is of the form $$H_{k}f = Df - frac{k} {x_{0}}Q_{0}f$$ where Q0f is represented by the composition $$f = P_{0}f +e_{0}Q_{0}f$$. If $$f : Omega rightarrow {mathcal {C}}ell_{n+1,0}$$ is a solution of Hkf = 0, then f is called k-hypergenic in Ω, where $$Omega subset {mathbb{R}}^{n+1}$$ is an open set. We introduce some basic results of hyperbolic function theory and give some representation theorems on $${mathcal {C}}ell_{n+1, 0}$$. Received: October, 2007. Accepted: February, 2008.
Keywords:  KeywordHeading"  >Mathematics Subject Classification (2000). Primary 30G35  Secondary 30A05
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