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Scaling limit of a long-range random walk in time-correlated random environment
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abstract
This paper concerns a long-range random walk in random environment in dimension $1+1$, where the environmental disorder is independent in space but has long-range correlations in time. We prove that two types of rescaled partition functions converge weakly to the Stratonovich solution and the It\^o-Skorohod solution respectively of a fractional stochastic heat equation with multiplicative Gaussian noise which is white in space and colored in time.
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Cited by 1 Pith paper
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On the localization regime of high-dimensional directed polymers in time-correlated random field
For transient-dimension directed polymers in time-correlated Markovian random fields, the paper asserts the law of large numbers and a weak-disorder localization regime, with proofs that have significant gaps.
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