Our research explores unique physical phenomena that emerge in the nanoscale confinement regime, leveraging state-of-the-art ultrafast, magneto-optical, and single–quantum-dot spectroscopies. Current efforts focus on understanding and controlling:

• Multi-carrier interactions and ultrafast dynamics, including Auger processes
• Light emission and optical gain under both optical and electrical excitation
• Interfacial charge and exciton transfer across hybrid nanostructures and QD-molecular assemblies
• Ultrafast spin-exchange phenomena and spin-dependent dynamics