One-step replica symmetry breaking of random regular NAE-SAT II
Abstract
Continuing our earlier work in nss20a, we study the random regular k-NAE-SAT model in the condensation regime. In nss20a, the 1RSB properties of the model were established with positive probability. In this paper, we improve the result to probability arbitrarily close to one. To do so, we introduce a new framework which is the synthesis of two approaches: the small subgraph conditioning and a variance decomposition technique using Doob martingales and discrete Fourier analysis. The main challenge is a delicate integration of the two methods to overcome the difficulty arising from applying the moment method to an unbounded state space.
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