Abstract

We introduce the van der Waerden complex vdW(n,k){\rm vdW}(n,k) defined as the simplicial complex whose facets correspond to arithmetic progressions of length kk in the vertex set {1,2,…,n}\{1, 2, \ldots, n\}. We show the van der Waerden complex vdW(n,k){\rm vdW}(n,k) is homotopy equivalent to a CWCW-complex whose cells asymptotically have dimension at most log⁡k/log⁡log⁡k\log k / \log \log k. Furthermore, we give bounds on nn and kk which imply that the van der Waerden complex is contractible.

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