NanoWireless Lab pioneers nano-scale optical communications, wireless-powered implantable devices, and brain-machine interfaces — research at the frontier of what wireless technology can do.
I am an Assistant Professor at SUNY Polytechnic Institute, directing the NanoWireless Lab. My research sits at the intersection of nanotechnology, photonics, and wireless systems — developing the communication and sensing infrastructure for a world where electronics operate at the nanoscale and inside the human body.
My group works on three interconnected challenges: nanophotonic and plasmonic communications for ultra-fast on-chip and short-range links; wireless power transfer for minimally invasive implantable and wearable medical devices; and brain-machine interfaces that decode neural signals non-invasively for next-generation prosthetics and human-computer interaction.
We explore light and plasmons for ultra-fast, high-bandwidth communication at the nanoscale — overcoming the speed and integration limits of traditional electronics for on-chip and short-range optical links.
Nano-scale Optical SystemsDesigning minimally invasive implantable devices powered wirelessly to enable long-term, continuous health monitoring and therapeutic applications without battery replacement surgery.
Wearable & Implantable DevicesDeveloping novel wearable electronics and non-invasive neural interfaces that decode brain signals — paving the way for advanced prosthetics and new forms of human-computer interaction.
Neural Decoding & ProstheticsThe lab is actively growing — new research thrusts and collaborations are taking shape. Reach out if your interests align with ours.
Collaborations WelcomeNanoWireless Lab is a young, intentionally small research group at SUNY Poly. We work closely with undergraduate and Master's students, giving them real research ownership — including co-authorship on publications. We are also actively building collaborations with PhD-granting institutions and industry partners in the region.