Quenched amplification arises generically in linear regime-switching networks with Volterra memory, producing power-law burst tails whose exponent depends on dwell-time rates and lifted-operator growth, with a dynamic intervention to truncate tail risk.
Stability of stochastic differential equations with markovian switching.Stochastic Processes and their Applications, 120(3):431–460
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Quenched Amplification and Tail Shaping in Networked Systems with Memory and Regime Switching
Quenched amplification arises generically in linear regime-switching networks with Volterra memory, producing power-law burst tails whose exponent depends on dwell-time rates and lifted-operator growth, with a dynamic intervention to truncate tail risk.