Sandra Diaz-Pier

The paper develops a computational model to simulate tSCS effects on motor function, finding that somatosensory afferents have lower thresholds than motor efferents, and that anode placement and waveform type influence recruitment patterns.

This paper presents a multi-scale simulation framework that links molecular events in ion channels to neuronal excitability by coupling molecular dynamics with neuronal simulations.

This paper investigates how homeostatic synaptic scaling and structural plasticity interact to maintain neural network firing rates under activity perturbations.

The paper uses a Kuramoto phase oscillator model with hybrid resting-state structural connectomes to simulate functional connectomes that align with observed data.

The paper introduces a design template for multiscale cosimulation in neuroscience, enabling integration of cellular and population-level models to enhance computational modeling capabilities.