Reading this text is already eliciting neural activity in your brain, potentially leading to lasting changes—a natural form of stimulation. Our laboratory seeks to harness this principle by applying electrical and magnetic stimulation to induce neuromodulatory effects. Through this approach, we aim to develop solutions for neurological impairments and disorders while advancing our understanding of both central and peripheral nervous system functions.

Our work integrates in silico experiments that simulate neurostimulation phenomena at the individual level. These computational models are continually refined and validated through experimental measurements, creating a bidirectional framework in which models inform experimental design, and empirical data improve model accuracy.

Furthermore, we investigate the cellular-level effects of neurostimulation using multiscale nerve firing models that span from brain neural circuits to peripheral nerves. By achieving precise control over neural activity, we aim to modulate specific neural pathways, offering a promising technological foundation for treating a wide range of neurological dysfunctions and disorders.