In my thesis (Chapter 4) I fitted a linearized oscillator model to responses from a duration discrimination task and estimated model parameters from each participant's dataset.
I study rhythm as a bridge between mind and matter: how invisible patterns guide the way we move, breathe, listen, and feel. My work explores these rhythms across perception and consciousness, from brain oscillations to breathwork, from sound design to psychophysiology. I approach science as a way of listening — a way to understand how we synchronize with the world around us.
In my thesis (Chapter 4) I fitted a linearized oscillator model to responses from a duration discrimination task and estimated model parameters from each participant's dataset.