Survival probability decays as C t^{-α_min} / (ln t)^ν where α_min is the smallest value of the space-dependent order α(x) and ν depends on the minimum's location and shape.
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Stochastic resetting selectively optimizes competitive first-passage outcomes and suppresses conditional FPT fluctuations in non-Markovian CTRW systems via a derived inequality.
Re-examination of minimal models for sheared particles reveals anomalous absorbing-state criticality at high densities, including new transitions and Griffiths smearing, explained by a fractional-time field theory.
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First Passage Times for Variable-Order Time-Fractional Diffusion
Survival probability decays as C t^{-α_min} / (ln t)^ν where α_min is the smallest value of the space-dependent order α(x) and ν depends on the minimum's location and shape.
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Resetting optimized competitive first-passage outcomes in non-Markovian systems
Stochastic resetting selectively optimizes competitive first-passage outcomes and suppresses conditional FPT fluctuations in non-Markovian CTRW systems via a derived inequality.
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Anomalous Criticality of Absorbing State Transition toward Jamming
Re-examination of minimal models for sheared particles reveals anomalous absorbing-state criticality at high densities, including new transitions and Griffiths smearing, explained by a fractional-time field theory.
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