Dynamical maps of neuronal responses to kilohertz electrical stimulation across several conductance-based models
Dynamical maps reported in the Physical Review E article

Our paper with Jaderson G. Polli, Patrick Lanusse and Marcos G. E. da Luz explores the diversity of neuronal responses to kilohertz electrical stimulation. It was published in Physical Review E on 13 April 2026.

Using conductance-based neuron models, we map responses ranging from regular firing to chaotic dynamics and activity suppression. The study also shows that common simplifications of sodium-channel dynamics can become inaccurate at these frequencies.

The resulting dynamical atlas helps relate stimulation parameters to neuronal behaviour, providing a computational basis for investigating unconventional stimulation protocols.

Dynamical diversity in conductance-based neuron response to kilohertz electrical stimulation, 113, 044411.

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