UC’s MS in Chemistry offers state-of-the-art instrumentation and interdisciplinary collaboration for breakthroughs from catalysis to quantum materials.
Photoredox catalytic route to chiral C-N bond formation under visible light
2D perovskite synthesis for high-efficiency flexible solar cells
Femtosecond pump–probe study of proton-coupled electron transfer in enzymes
Metal–organic framework sensor detecting VOCs in indoor air at ppb levels
Stereoselective total synthesis of marine alkaloid manzamine A
Solid-state NMR characterization of lithium diffusion in solid electrolytes
Green solvent system replacing DMF in pharmaceutical peptide coupling
Surface-enhanced Raman platform quantifying pesticides on produce surfaces
Computational study of transition-state stabilization in organocatalysis
Quantum-dot photocatalyst degrading PFAS under solar irradiation
Electrochemical CO₂ reduction to multicarbon fuels using bimetallic catalysts
Ultrafast spectroscopy mapping singlet-fission in organic semiconductors
Chiroptical switch based on helicene complexes for optical data storage
Paper microfluidic device for rapid blood-typing in low-resource settings
Circular-economy polymer depolymerization catalyzed by earth-abundant metals
Neutron scattering study of hydrogen bonding in deep eutectic solvents
Automated flow platform accelerating medicinal SAR exploration
Review on AI-assisted retrosynthesis planning tools
Public demo kit illustrating chemiluminescence to K-12 students
White paper on sustainable laboratory practices reducing solvent waste
Discover and innovate at the molecular frontier with UC’s research-rich MS.
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