Scaling limits of energies and correctors

Abstract

In stochastic homogenization of elliptic equations, the corrector plays a central role. Under a finite range of dependence assumption on the coefficient field, we show that the large-scale spatial averages of the corrector approach those of a variant of the Gaussian free field. In contrast to previous work, the argument does not rely on an underlying product structure of the probability measure. Instead, we rely on the additivity of energy quantities to show central limit theorems for these, and derive the large-scale behavior of the corrector as a consequence.

This paper has been withdrawn by the authors. Its content has been merged with (and is thus superseded by) arXiv:1602.00512v3

References in corpus (5)

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• A new method of normal approximation
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• On generalized Gaussian free fields and stochastic homogenization