UNC’s MS in Chemistry fast-tracks scientists into high-impact catalysis, energy-materials, and chemical-biology projects. Students access 600 MHz NMR spectrometers, femtosecond lasers, and the Chapel Hill Nanofab while collaborating with the Energy Frontier Research Center to develop perovskite photovoltaics and next-gen redox-flow batteries.
Photoredox methodology expanding medicinal-chemistry scaffolds
Ultrafast transient-absorption study of singlet-fission chromophores
Synthesis of ionic-liquid electrolytes for zinc batteries
Fluorescent probe mapping protein S-nitrosylation in live cells
Green catalytic route to bio-based adipic acid
Isotopic labeling revealing enzyme reaction mechanisms
Machine-learning predictor of reaction yields from literature mining
Electrocatalyst screening for CO₂ reduction to multicarbon products
Nano-IR imaging of polymer upcycling interfaces
Grant proposal for open-hardware potentiostat kits in LMIC labs
White paper on open-access data in synthetic chemistry
VR module teaching symmetry in group theory for spectroscopy
Art-science exhibit visualizing crystallization dynamics
Advance molecular discovery for energy, health, and sustainability.
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