We prove that at least $\Omega(n^{0.51})$ hyperplanes are needed to slice all edges of the $n$-dimensional hypercube. We provide a couple of applications: lower bounds on the computational complexity of parity, and a lower bound on the cover number of the hypercube by skew hyperplanes.
翻译:我们证明需要至少$\Omega(n ⁇ 0.51})美元超高空机来切除美元维度超立方体的所有边缘。 我们提供几种应用:对等的计算复杂性的下限,以及用Skew超高空机对超立方体覆盖数的下限。