Sync: The Emerging Science of Spontaneous Order¶
Strogatz, S. H. (2003). Sync: The Emerging Science of Spontaneous Order.
Cited by¶
3 citations across 3 artifacts.
Each citation links to the sentence it supports in the citing article.
Primes¶
- Synchronization
- It encompasses the phenomenon in which independent oscillators or processes entrain to a common phase or frequency, even without explicit centralized instruction, driven by local coupling rules or external forcing, an emergent ordering that Strogatz (2003) traces from coupled pendulums to cellular oscillators in his book-length synthesis.
This sourceHyperion. Accessible synthesis of coupled-oscillator synchronization across natural and engineered systems; documents how local phase-coupling rules produce constructive coherence or destructive cancellation in fireflies, neurons, power grids, and crowds.
- It encompasses the phenomenon in which independent oscillators or processes entrain to a common phase or frequency, even without explicit centralized instruction, driven by local coupling rules or external forcing, an emergent ordering that Strogatz (2003) traces from coupled pendulums to cellular oscillators in his book-length synthesis.
- Teleconnection
- The cross-domain catalog below reflects what Strogatz (2003) characterized as the universal logic of coupled oscillators: structurally identical coupling patterns recur across physical, biological, and social substrates.
This sourceHyperion. Accessible synthesis of coupled-oscillator synchronization across natural and engineered systems; documents how local phase-coupling rules produce constructive coherence or destructive cancellation in fireflies, neurons, power grids, and crowds.
- The cross-domain catalog below reflects what Strogatz (2003) characterized as the universal logic of coupled oscillators: structurally identical coupling patterns recur across physical, biological, and social substrates.
- Temporal Synchronization and Phase Alignment
- When processes phase-align, they reinforce each other through positive interference; when they phase-misalign, they weaken or cancel through destructive interference, a dynamic Strogatz (2003) describes across natural and engineered systems.
This sourceHyperion. Accessible synthesis of coupled-oscillator synchronization across natural and engineered systems; documents how local phase-coupling rules produce constructive coherence or destructive cancellation in fireflies, neurons, power grids, and crowds.
- When processes phase-align, they reinforce each other through positive interference; when they phase-misalign, they weaken or cancel through destructive interference, a dynamic Strogatz (2003) describes across natural and engineered systems.
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