Our Team

Eye movements, dexterous manipulation

Experimental and modelling approaches to the neural control of movement

Somatosensory system, dexterous manipulation and neuroprosthetics

Role of gravity in sensorimotor control; adaptation to weightlessness

Gait analysis, Optimal control, Parkinson's disease

Tactile, Strains, Biomechanics, FEM, Numerical, Contact, Anisotropy

Brain Network Alterations in Essential Tremor - A Graph Analysis

Dexterous manipulation, tactile encoding

Motor control, motor adaptation, proprioception, exploration and reward

Biomechanics of touch during dexterous manipulation

Motor control, motor adaptation, reaching movements, modeling

Motor control, reaching, transcutaneous Vagus Nerve Stimulation, reward

Control theory, Nonlinear dynamics, Sensorimotor control, Computational neuroscience

Interactions between submodalities of the somatosensory system

Motor control, Parkinson's disease, Essential tremor, Sensory attenuation, Adaptation

Somatosensation, Mechanoception, Thermoception, Biomechanics, Modeling, Finite Elements

Multisensory integration in haptics, Motor control, Mechatronics

Psychophysics of tactile perception

Motor control, Multisensory integration, Adaptation, Computational modeling

Influence of gravity and graviceptive cues on sensorimotor adaptation and predictive grip control

Microstructure-informed fingertip model for internal deformation under contact loading

Visual and somatosensory feedback integration, saccadic suppression, rapid motor responses, sensorimotor control

Sensorimotor control, grip force control, fingertip biomechanics, somatosensory feedback, contact mechanics

Finger pad mechanics, tactile perception and dexterous manipulation

Plasma sensing, tactile sensors, human touch

motor control, Animal locomotion, data-driven modeling, deep reinforcement learning

dexterous manipulation, haptics, deep learning, computer vision, generative AI

Neurophysiological mechanisms of visual system development and AI to advance the diagnosis of rare ophthalmological diseases

motor control & adaptation, multisensory feedback responses, sensory attenuation, tactile perception on the foot

Understanding the origin of Essential Tremor and its impact on motor control

My research combines computational neuroscience and AI to investigate how the brain controls movement

Influence of graviceptive inputs on reach and grip behavior