A topological framework using the resonance surface organizes resonance tongues via its singularities, with an algorithm for high-resolution rotation number computation applied to a North Atlantic mixing model yielding six distinct tongue arrangements.
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Devil's terraces: determining the organization of resonance tongues in a periodically forced dynamical system
A topological framework using the resonance surface organizes resonance tongues via its singularities, with an algorithm for high-resolution rotation number computation applied to a North Atlantic mixing model yielding six distinct tongue arrangements.