My research focuses on investigating light-matter interactions using resonant meta-structures, specifically manipulating electromagnetic fields at subwavelength scales through optically induced electric and magnetic multipolar resonances, with a specific focus on three primary directions:
Energy harvesting technologies: development of a specialised resonant meta-optical system tailored for energy conversion applications, solar cell enhancement, and the advancement of up-conversion infrared imaging technologies. Flat optical devices using metasurfaces, contributing to future advanced nanotechnology solutions.
Bio-Photonics: design and development of functional meta-optical systems purpose-built for bio-sensing applications and wearable sensors, contributing to the fields of healthcare and biotechnology, improvements in diagnostics, and monitoring capabilities via optical meta-devices.
Tuneable and reconfigurable Meta-devices: Advancing ultra-thin and lightweight optical metadevices to replace conventional bulky optical components, enabling novel approaches to precision light manipulation for high-quality imaging, transmission, and recognition applications.