Algebraic approach to the Kuramoto model
Lyle Muller, Ján Mináč, Tung T. Nguyen
Abstract
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Lyle Muller, Ján Mináč, Tung T. Nguyen
Abstract
Open-access reader
We study the Kuramoto model with attractive sine coupling. We introduce a complex-valued matrix formulation whose argument coincides with the original Kuramoto dynamics. We derive an exact solution for the complex-valued model, which permits analytical insight into individual realizations of the Kuramoto model. The existence of a complex-valued form of the Kuramoto model provides a key demonstration that, in some cases, reformulations of nonlinear dynamics in higher-order number fields may provide tractable analytical approaches.
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We study the Kuramoto model with attractive sine coupling. We introduce a complex-valued matrix formulation whose argument coincides with the original Kuramoto dynamics. We derive an exact solution for the complex-valued model, which permits analytical insight into individual realizations of the Kuramoto model. The existence of a complex-valued form of the Kuramoto model provides a key demonstration that, in some cases, reformulations of nonlinear dynamics in higher-order number fields may provide tractable analytical approaches.
Key concepts: Kuramoto model, Nonlinear system, Sine, Statistical physics, Coupling (piping), Mathematics, Complex system, Argument (complex analysis)