Benoit Duchet

The paper finds evidence of traveling beta waves in the subthalamic nucleus of Parkinson's patients using local field potential recordings and a spherical wave model.

This study shows that dithering suppresses half-harmonic neural synchronisation to photic stimulation in humans compared to periodic stimulation.

The paper validates a mathematical model's predictions about neuronal population responses to phase-locked stimulation using ECoG data from Parkinsonian rats.

This paper develops a theoretical framework to determine optimal brain stimulation strategies for modulating phase-amplitude coupling in neurological disorders.

The paper presents a computational model that reproduces the long-term dynamics of evoked resonant neural activity (ERNA) using vesicle depletion as the key mechanism.

This study develops a model to predict cortical gamma oscillation entrainment to DBS in Parkinson's patients and validates it in three subjects.

The paper develops mean-field approximations for neural networks with STDP to provide low-dimensional descriptions of their dynamics and improve computational efficiency.

This paper proposes dithered brain stimulation to selectively entrain specific neuronal rhythms while avoiding harmful sub- and super-harmonic entrainment.

The paper investigates how burst characteristics in beta rhythms of the motor cortex differ across movement states and how they contribute to state classification and cortical processing.

This paper develops an algorithm for optimal closed-loop deep brain stimulation using multi-contact electrodes to maximize desynchronization of brain activity.

This paper shows that average beta burst duration profiles reflect changes in the dynamics of beta oscillations between ON and OFF medication states in Parkinson's disease, linking them to motor impairment.

The paper uses a Wilson-Cowan model to analyze phase-dependent effects of deep brain stimulation in essential tremor patients, showing the model can predict tremor responses and fit patient data.

This paper predicts the effects of deep brain stimulation using a reduced coupled oscillator model and proposes a hybrid strategy for closed-loop DBS in essential tremor patients.