The next generation of medical devices, neural interfaces, and biosensors will need to communicate wirelessly at scales where conventional radio technology fails. NanoWireless Lab builds the physical-layer foundations that make this possible.
I am an Assistant Professor at SUNY Polytechnic Institute, where I direct the NanoWireless Lab. My research focuses on the nano-bio interface, specifically designing the photonic, plasmonic, and electromagnetic systems that allow us to communicate with biological tissue and molecular-scale phenomena.
Instead of treating these as separate disciplines, my group addresses the three core bottlenecks of implantable and nanoscale networks: physical-layer communication, wireless power delivery, and neural interfacing.
Bridging the physical layer gap between conventional electronics and molecular-scale phenomena using plasmonic waveguides and nano-antenna optical links.
Plasmonics & Nano-AntennasDesigning safe, high-bandwidth wireless power delivery systems built intimately around the realities constraints of human tissue to eliminate batteries.
Wireless Energy TransferDeveloping non-invasive brain-machine interfaces (BMIs) and optogenomic arrays that conform to soft tissue for reading and writing neural signals.
Neural Interfaces & Bio-ActuationThe lab is still taking shape. New research directions and collaborations are forming. If your interests overlap with ours, get in touch.
Collaborations Welcome
NanoWireless Lab is a young, intentionally small research group at SUNY Poly. We work closely with undergraduate and Master's students on real research problems — students who make meaningful contributions are recognized as co-authors. We are also actively building collaborations with PhD-granting institutions and industry partners in the region.