Research
My research work has served as the frontier input to my entrepreneurial and platform-building efforts.
Over more than a decade, I’ve worked on neurotechnology systems that bridge physics, biology, and computation — often in domains where theory is incomplete and empirical iteration is unavoidable.
My research has focused on:
- Neural sensing and brain–computer interfaces
- Neuromodulation and focused ultrasound
- Multimodal signal representation and learning
- Closed-loop interaction between biological and artificial systems
I’ve authored 100+ peer-reviewed publications and am a named inventor on 50+ patents, with work spanning early academic research through commercial deployment.
Rather than listing everything, I curate representative work here.
Selected publications & patents
- Non-invasive neural sensing and brain vital monitoring
- Acousto-encephalography (AEG) and advanced ultrasonic interfaces
- Focused ultrasound neuromodulation and blood–brain barrier opening
- Machine-learning-driven sensing and signal interpretation
For a complete list, see my Google Scholar profile.