pith:S7GBLP23
Bimodal Synchronization Performance: Why Noise and Sparse Connectivity Can Improve Collective Timing
Collective synchrony in pulse-coupled models appears only near a critical balance of quorum threshold and pulse duration, where added noise or fewer connections suppresses stable multi-cluster traps.
arxiv:2605.17206 v1 · 2026-05-17 · cs.MA
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Claims
collective synchrony emerges only near a critical balance between the quorum threshold (fraction of pulsing neighbors required to trigger a phase update) and the pulse duration (how long agents remain detectable to others). Within this parameter region, the system exhibits bimodal performance: it either reaches near-perfect synchronization or becomes trapped in stable multi-cluster states, where symmetrically phase-offset subgroups mutually reinforce one another and prevent global synchrony.
The model assumes that interactions remain symmetric enough for phase-offset subgroups to form and persist as stable attractors without additional unmodeled perturbations or heterogeneities among agents.
In a discrete pulse-coupled oscillator model, synchronization is bimodal near a critical quorum-pulse balance, with noise and sparse connectivity suppressing multi-cluster states to favor global timing.
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| First computed | 2026-05-20T00:03:45.128447Z |
|---|---|
| Builder | pith-number-builder-2026-05-17-v1 |
| Signature | Pith Ed25519
(pith-v1-2026-05) · public key |
| Schema | pith-number/v1.0 |
Canonical hash
97cc15bf5bb3b2a417f951e53fcc23c2fe7d45a7f3befdbc31bc174ea31dc22c
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curl -sH 'Accept: application/ld+json' https://pith.science/pith/S7GBLP23WOZKIF7ZKHST7TBDYL \
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Canonical record JSON
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