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Bifurcation dynamics, energy consumption and synchronization in a pancreatic β-cell model under electromagnetic induction effect
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DOI：10.1016/j.cnsns.2026.110491.png)
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Abstract
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• Electromagnetic induction is incorporated into a pancreatic β-cell model using a flux-controlled memristor. • Synchronization is quantified by a synchronization factor and transverse Lyapunov stability analysis. • Magnetic flux lowers the synchronization threshold and promotes coherent β-cell activity. • Hamiltonian energy reveals that electromagnetic induction regulates the metabolic cost of oscillations. • Moderate induction induces chaos, whereas strong flux largely restores regular spiking and enhances coherent rhythms.
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