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Biology Beyond Molecules

What if cellular behaviour depends on pattern recognition, not just protein signaling?
We study how energy, form, and information shape the living world. 
GOAL

To understand and harness biophysical signaling as a control layer for regeneration, cancer reversal, and cognitive resilience. By decoding how cells interpret physical signals—light, fields, and force—we aim to restore lost function and reprogram disease.

Approach

We combine tools from quantum sensing, biophysics, and tissue engineering to study how information flows through living systems. From ultraweak photon detection to magnetic stimulation and 3D tissue models, we use physics-informed interventions to read and modulate biological states.

Questions

Transformative science begins with bold questions.
Can light reveal what the brain is thinking? Can a tumor be reprogrammed, not removed? We challenge conventional boundaries to develop technologies that rethink healing at its source.

Current Research Projects

Together with collaborators and industry partners, We’re building toward a general theory of biophysical signaling—one that treats biological systems as signal-processing architectures, shaped by energetic thresholds, information geometry, and feedback control.
Funding + Support
We gratefully acknowledge the generous support from our funding partners, whose contributions make our research possible. Their commitment enables us to pursue innovative science and push the boundaries of discovery