The second term in the spectral expansion of the expected LQG heat trace as t to 0 is governed by the KPZ exponent.
Entropic repulsion and the maximum of the two-dimensional harmonic crystal
4 Pith papers cite this work. Polarity classification is still indexing.
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2026 4verdicts
UNVERDICTED 4representative citing papers
Characterizes duals of white-noise-driven continuous stochastic flows by explicit SDEs and introduces a self-dual polynomially self-repelling flow model.
Deterministic envelopes decouple stochastic-gradient noise from taming in SGLD, splitting stationary error into oracle-dependent bias and deterministic stabilization error, with a hybrid soft-hard design for far tails.
The semiflexible membrane model shows DGFF-like covariance for λ<0, rescaled MM-like for λ>2, and a distinct microscopic crossover regime with logarithmic coefficient for λ in [0,2].
citing papers explorer
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Spectral expansion of LQG heat trace and KPZ scaling
The second term in the spectral expansion of the expected LQG heat trace as t to 0 is governed by the KPZ exponent.
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Continuous stochastic flows driven by white noise and their duals
Characterizes duals of white-noise-driven continuous stochastic flows by explicit SDEs and introduces a self-dual polynomially self-repelling flow model.
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Deterministic Envelopes for Tamed SGLD: Decoupling Stochastic-Gradient Noise and Localizing Taming
Deterministic envelopes decouple stochastic-gradient noise from taming in SGLD, splitting stationary error into oracle-dependent bias and deterministic stabilization error, with a hybrid soft-hard design for far tails.
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Phase Transition of a Semiflexible Membrane in Two Dimensions
The semiflexible membrane model shows DGFF-like covariance for λ<0, rescaled MM-like for λ>2, and a distinct microscopic crossover regime with logarithmic coefficient for λ in [0,2].