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Evaluating residues and integrals through Negative Dimensional Integration Method (NDIM)

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arxiv math-ph/0407032 v1 pith:MVSXYQPI submitted 2004-07-15 math-ph math.MP

classification math-phmath.MP
keywords integralsintegrationresiduesdimensionalevaluatingmethodndimneed
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The standard way of evaluating residues and some real integrals through the residue theorem (Cauchy's theorem) is well-known and widely applied in many branches of Physics. Herein we present an alternative technique based on the negative dimensional integration method (NDIM) originally developed to handle Feynman integrals. The advantage of this new technique is that we need only to apply Gaussian integration and solve systems of linear algebraic equations, with no need to determine the poles themselves or their residues, as well as obtaining a whole class of results for differing orders of poles simultaneously.

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  1. Quadratic and quartic integrals using the method of brackets

    math-ph 2019-09 conditional novelty 5.0 of 10

    The method of brackets is applied to evaluate quadratic and quartic integrals, producing hypergeometric closed forms that extend known table entries and provide new identities.

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