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Kuramoto Synchronization Model
Original title: 蔵本同期モデル
This reference note belongs to Tag2 in Latent References, an archive curated by Keigo Yoshida. Its archive region is Physics. The note preserves its source text and links so that readers can trace the material behind the 3D map.
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The Kuramoto model is a mathematical model describing synchronization, proposed by Yoshiki Kuramoto. In particular, it describes groups of interacting nonlinear oscillators. Suggesting behavior in chemical and biological nonlinear oscillator systems, the model has broad applications.
This model assumes that weak interactions act on completely independent (or almost independent) oscillators, and that these interactions are given as the sine function of the phase difference between two oscillators.
#physics
蔵本モデルは蔵本由紀によって提案された同期現象を記述する数学モデルである。特に、相互作用のある非線形振動子集団の振る舞いを記述するモデルである。このモデルは化学的、生物学的な非線形振動子系の振る舞いを示唆するものであり、幅広い応用が見られる。
このモデルの前提として、完全に独立（またはほぼ独立）した振動子に弱い相互作用がはたらくこと、そしてこの相互作用は二つの振動子間の位相差の正弦関数として与えられる、という仮定がある。
#physics
Source updated 2024-08-05 · Snapshot 2026-10-08
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