- A paper in JACS on engineering molecular ligand shells on quantum dots for quantitative harvesting of triplet excitons generated by singlet fission
- A paper in Materials Horizons on improving the photoluminescence quantum yields of quantum dot films through a donor/acceptor system for near-IR LEDs
- A paper in The Journal of Physical Chemistry Letters on singlet fission and triplet transfer to PbS quantum dots in TIPS-tetracene carboxylic acid ligands
- A paper in Applied Optics on convergence of Mie theory series for far-field and near-field properties
Research Experience
Developed next-generation solar photovoltaic technologies, advanced nanomaterial structures, and employed ultrafast laser spectroscopy techniques to probe quantum spin and photo-physics.
Education
Degree: PhD; University: University of Cambridge; Supervisor: Akshay Rao; Year: 2015/16; Major: Physics.
Background
Research Interests: Solar photovoltaic technology, sustainable renewable energy, quantum spin and photo-physics, machine learning-assisted computational model analysis. Field: Physics.