About Me
I am a cognitive and computational neuroscientist specializing in interpersonal synchronization and neural mechanisms that enable humans to understand and coordinate with one another. My work integrates EEG, eye‑tracking, kinematics, artificial intelligence, machine learning, and neurostimulation to uncover neural and behavioural mechanisms of interpersonal coordination, decision‑making, and social cognition during naturalistic socio-affective interaction. I have shown that simply observing a partner induces synchronized movements and coupled brain rhythms, and that fine‑grained kinematic signatures carry information about others’ intentions. My earlier contributions demonstrated how individual motor signatures shape action perception, how intention expectations integrate with observed kinematics over time, and how parietal regions and mirror‑system circuits encode subtle movement cues critical for intention understanding. Alongside these empirical contributions, I develop open-source tools and multimodal data-acquisition pipelines that advance human-centred AI and modern cognitive science.
