A. S. Aberra

A Boundary Element Method of Bidomain Modeling for Predicting Cellular Responses to Electromagnetic Fields

This paper introduces a bidomain boundary element method to model electromagnetic coupling in neurons, showing it is computationally efficient for simulating brain stimulation scenarios.

Multi-scale model of axonal and dendritic polarization by transcranial direct current stimulation in realistic head geometry

This study quantifies neuronal polarization from tDCS in a multi-scale model, finding axonal and dendritic polarization exceeds somatic polarization.

Rapid estimation of cortical neuron activation thresholds by transcranial magnetic stimulation using convolutional neural networks

This paper develops 3D CNNs to rapidly estimate TMS activation thresholds for cortical neurons using local E-field data, achieving high accuracy and computational efficiency.

Responses of Model Cortical Neurons to Temporal Interference Stimulation and Related Transcranial Alternating Current Stimulation Modalities

This study simulates TIS and related stimulation modalities on model cortical neurons to analyze E-field characteristics and neural responses, finding that TIS can cause conduction block and periodic activation at high E-field strengths.

Biophysically Realistic Neuron Models for Simulation of Cortical Stimulation

The paper develops biophysically realistic neuron models for simulating cortical responses to electromagnetic stimulation, showing agreement with experimental results on threshold and polarization characteristics.