I begin with questions about patterns and systems—how things behave, interact, and change.

What interests me is what happens when those questions move beyond abstraction,

when something technical becomes tangible.

 

In my research, I study how physical signals, such as mechanical vibrations, influence biological systems, focusing on how local interactions scale into collective behavior.

 

I approach music through the same lens. Sound is structured vibration, yet its impact is deeply human.

Small changes in frequency or resonance can reshape how something is perceived and felt.

 

Across my work, the form changes, but the approach remains consistent.

I am interested in how invisible structures shape experience

— and how understanding invisible structures can make experience more meaningful.