Abstract
In the framework of superanalysis we get a functions theory close to complex analysis, under a suitable condition $(A)$ on the real superalgebras in consideration (this condition is a generalization of the classical relation $1 + i^2 = 0$ in $\mathbb{C}$). Under the condition $(A)$, we get an integral representation formula for the superdifferentiable functions. We deduce properties of the superdifferentiable functions: analyticity, a result of separated superdifferentiability, a Liouville theorem and a continuation theorem of Hartogs-Bochner type.
Citation
Pierre Bonneau. Anne Cumenge. "A mi-chemin entre analyse complexe et superanalyse." Publ. Mat. 56 (1) 3 - 40, 2012.
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