A laboratory preprint reports that 1T-TaS2 crystals followed sharply different transformation patterns during cooling and heating. The measurements and a phenomenological model point to branch-specific kinetics, but do not establish the microscopic cause or its wider relevance.
A version-1 arXiv preprint reports that a conformal-field-theory construction organized several kinds of post-quench dynamics in interacting non-Hermitian quantum-chain models. Parameters fixed from static data predicted later return, local and spatial behavior, with especially close matches in the Yang–Lee benchmark. The evidence is analytic and numerical, finite-size and model-specific.
A mathematical preprint finds that allowing the boundaries of a modeled polymer to move changes the predicted probabilities and timing of translocation. The results are exact for the Brownian model but remain theoretical, while the fractional-Brownian extension is numerical.
A theoretical study reports an exact higher Nishimori line for a specially designed Gaussian protocol and numerical evidence for a nearby emergent line in a discrete three-state Potts model.
A preprint proposes a trajectory-level framework for non-Markovian jump processes and applies it to thresholded BK-channel records. Conventional dwell memory was higher in cell-BK patches, while a state-and-age response residual was much higher in mitoBK patches.