A Forced-Structure Reduction and Verifiable Bounds for Conway's 99-Graph
These results do not resolve the existence problem, but they reduce the exact search space and improve the best verified partial construction found in the authors' experiments.
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These results do not resolve the existence problem, but they reduce the exact search space and improve the best verified partial construction found in the authors' experiments.
The likelihood of a finite simple undirected graph $G$ on $n$ vertices is the probability that the uniform sequential attachment process, which at each step joins a new vertex to a uniformly random subset of uniformly random size of the vertices already present, outputs a graph isomorphic to $G$. Dervovic, Mocherla and...
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