Neurons are highly-specialized cells capable of receiving and generating electrical signals through the controlled flow of ions across their cell membranes. This behavior is represented mathematically as a series of coupled nonlinear differential equations, which can be efficiently solved with numerical integrators. As such, detailed computational models of neurons are readily-achievable and allow for in-depth investigations of neuronal dynamics that are not typically possible in in vitro or in vivo studies.Bachelor of Scienc
<div><p>The rise of transcranial current stimulation (tCS) techniques have sparked an increasing int...
<p><b>A.1</b>: A Finite-Element Model (FEM) of tissue resistance was used to calculate electric fiel...
We present a combined experimental/computational modeling approach aimed at studying the effects of ...
Neuronal interactions with electric fields depend on the biophysical properties of the neuronal mem...
<div><p>Transcranial brain stimulation and evidence of ephaptic coupling have recently sparked stron...
Transcranial brain stimulation and evidence of ephaptic coupling have sparked strong interests in un...
31 pages; 3 figures; to appear in "Neural Fields: Theory and Applications", edited by S. Coombes, P....
Neuronal interactions with electric fields depend on the biophysical properties of the neuronal mem...
1. Computer simulations were used to study the effect of voltage-dependent calcium and potassium con...
A model is presented for the subthreshold polarization of a neuron by an applied electric field. It ...
Transcranial brain stimulation and evidence of ephaptic coupling have sparked strong interests in un...
AbstractThe goal of this study was to determine which neural elements are excited by microstimulatio...
We present a microscopic approach for the coupling of cortical activity, as resulting from proper di...
The electric activity of neurons creates extracellular potential fields. Recent findings show that t...
Computational neuroscience attempts to reverse engineer brain circuits at the cellular and system le...
<div><p>The rise of transcranial current stimulation (tCS) techniques have sparked an increasing int...
<p><b>A.1</b>: A Finite-Element Model (FEM) of tissue resistance was used to calculate electric fiel...
We present a combined experimental/computational modeling approach aimed at studying the effects of ...
Neuronal interactions with electric fields depend on the biophysical properties of the neuronal mem...
<div><p>Transcranial brain stimulation and evidence of ephaptic coupling have recently sparked stron...
Transcranial brain stimulation and evidence of ephaptic coupling have sparked strong interests in un...
31 pages; 3 figures; to appear in "Neural Fields: Theory and Applications", edited by S. Coombes, P....
Neuronal interactions with electric fields depend on the biophysical properties of the neuronal mem...
1. Computer simulations were used to study the effect of voltage-dependent calcium and potassium con...
A model is presented for the subthreshold polarization of a neuron by an applied electric field. It ...
Transcranial brain stimulation and evidence of ephaptic coupling have sparked strong interests in un...
AbstractThe goal of this study was to determine which neural elements are excited by microstimulatio...
We present a microscopic approach for the coupling of cortical activity, as resulting from proper di...
The electric activity of neurons creates extracellular potential fields. Recent findings show that t...
Computational neuroscience attempts to reverse engineer brain circuits at the cellular and system le...
<div><p>The rise of transcranial current stimulation (tCS) techniques have sparked an increasing int...
<p><b>A.1</b>: A Finite-Element Model (FEM) of tissue resistance was used to calculate electric fiel...
We present a combined experimental/computational modeling approach aimed at studying the effects of ...