We design and develop novel microwave plasma systems using AI and numerical methods, which are dedicated for the synthesis of diamond on planar and complex-shaped 3D objects. These systems utilize metamaterial waveguides and fractals and are designed to explore various pathways of diamond growth.
Design and development of plasma systems
Bio-integration of medical implants
Our research also focuses on improvement of bio-integration of medical implants, such as orthopaedic, using diamond coatings. We develop tailored coatings with optimized topologies, surface functionalization, and tribological properties.
Another exciting research topic we are working on is quantum sensing of biomolecules using defects in diamond. In particular, we explore nitrogen-vacancy (NV) centers to probe various interactions and presence of oligonucleotides and proteins on the surface of diamond.