Research
On the verge of nanotechnology and bioelectronics
My research interests lie mostly in the field of wearable and implantable bioelectronics: from applications of graphene and other 2D materials to wearable biosensors, bioelectronics, neuroelectronics, neuronal networks measurements and in vivo probes, advanced biosensors, biomedical devices and building next generation 2D hybrids. My personal passion is in combining together a naturally exceptional human brain and artificially made computer.
As an educator, I see myself as an everyday mentor to the students, colleagues, and mentees around the lab, as well as working on targeting larger online audience via this website and will be constantly updating the Open Science webpage with helpful links, .pdf's and presentations.
Atomically Thin Wearable Electronic Systems
Atomically Thin Wearable Electronic Systems
Building Novel 2D-material based Brain-Computer Interfaces
Interfacing 2D materials with electrogenic cells
Ultrasensitive biosensing based on graphene and 2D materials
Wearable graphene-based tattoos for bioelectronics and healthcare
Graphene Based Cellular Electrophysiology
Towards advanced 2D neurointerfaces
