RESEARCH INTERESTS

• Quantum Photonics: Exploring the fundamental principles and applications of quantum phenomena in photonics, with a focus on developing technologies for quantum information processing and communication.

• Spin-based Quantum Information Processing: Investigating the manipulation and control of spin states in various quantum systems for the development of efficient quantum computing and quantum communication protocols.

• Quantum Transport in nano-optoelectronic Devices: Studying the quantum mechanical behavior of electrons and photons in nanoscale optoelectronic devices, with the aim of understanding and enhancing their transport properties for future quantum technologies.

• Light Emitting Devices, Photodetectors, and Solid State Lighting: Researching and developing innovative materials, structures, and devices for efficient light emission, sensitive photodetection, and energy-efficient solid-state lighting technologies.

• Plasmonics: Investigating the interaction of light with surface plasmons in metallic nanostructures, aiming to harness and control plasmonic effects for enhanced light-matter interactions, sensing, and imaging applications.

My ultimate goal is to leverage my expertise in these research areas to effectively tackle real-world challenges, including promoting energy savings, advancing sensing technologies, and improving medical diagnostics.