Indistinguishability of Stochastic and Deterministic Dynamics in Escape over a Fluctuating Barrier.¶
Wischert, G., Wunderlin, A., Pelster, B., Olivares, A., & Bulsara, A. (1994). Indistinguishability of Stochastic and Deterministic Dynamics in Escape over a Fluctuating Barrier. Physical Review E, 49(5).
Retired. The audit could not find this work in any authority, and where a publisher, journal or conference had its own catalogue the work was absent from it. It appears never to have been published. This entry is kept so the citations that pointed at it still resolve, and so the correction is visible rather than silent.
Cited by¶
1 citation across 1 artifact.
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Primes¶
- Hysteresis
- Internal mechanism: domain structure with energy barriers between configurations; coercive field Hc must be exceeded to flip domains
This sourceDemonstrates equivalence between stochastic noise-driven transitions and deterministic chaos in barrier-crossing dynamics; clarifies distinction between stochastic and deterministic hysteresis; shows when noise masks or enhances hysteretic behavior.
- Internal mechanism: domain structure with energy barriers between configurations; coercive field Hc must be exceeded to flip domains
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Registry ID ref:3ab7fbb1e361 · see in the full table