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An algebraic proof of the Erdős-Ko-Rado theorem for intersecting families of perfect matchings

In this paper we give a proof that the largest set of perfect matchings, in which any two contain a common edge, is the set of all perfect matchings that contain a fixed edge. This is a version of the famous Erdős-Ko-Rado theorem for perfect matchings. The proof given in this paper is algebraic, we first determine the least eigenvalue of the perfect matching derangement graph and use properties of the perfect matching polytope. We also prove that the perfect matching derangement graph is not a Cayley graph.

preprint2015arXivOpen access
Chris GodsilKaren Meagher
math.CO
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Chris GodsilKaren Meagher

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