2016 Volume 68 Issue 4 Pages 1695-1723
The Buchstaber invariant s(K) is defined to be the maximum integer for which there is a subtorus of dimension s(K) acting freely on the moment-angle complex associated with a finite simplicial complex K. Analogously, its real version sℝ(K) can also be defined by using the real moment-angle complex instead of the moment-angle complex. The importance of these invariants comes from the fact that s(K) and sℝ(K) distinguish two simplicial complexes and are the source of nontrivial and interesting combinatorial tasks. The ultimate goal of this paper is to compute the real Buchstaber invariants of skeleta K = Δm−p−1m−1 of the simplex Δm−1 by making a formula. In fact, it can be solved by integer linear programming. We also give a counterexample to the conjecture which is proposed in [6] and we provide an adjusted formula which can be thought of as a preperiodicity of some numbers related to the real Buchstaber invariants.
This article cannot obtain the latest cited-by information.