Andrea Bel

This paper investigates frequency-dependent coupling in electrically coupled networks, analyzing how intrinsic cellular properties and nonlinearities shape coupling coefficients in response to oscillatory inputs.

This paper investigates how neuronal networks process oscillatory inputs using mathematical models and simulations, revealing frequency-dependent communication mechanisms and new phenomena like K-resonance and ΔΦ-phasonance.

The paper investigates how membrane potential resonance in non-oscillatory neurons interacts with synaptic connectivity to generate network oscillations in a minimal model.