Research

My research focuses on computational neuroscience, with an emphasis on analyzing multi-electrode electrophysiological recordings, including MEG and EEG, to advance neuronal data analysis and develop robust real-time signal processing methods for neurofeedback applications. I also have a strong interest and growing experience in MRI-based analysis, with a particular focus on investigating structural and functional connectivity within the human brain.

Dynamic visualization of a blooming tree driven by neurofeedback signals (e.g., alpha power) extracted from M/EEG recording, illustrating real-time modulation of the computed feature.