Georgia Tech’s Chemistry PhD grants access to 800 MHz NMRs, femtosecond lasers, cryo-EM suites, and high-throughput synthesis robots. Students publish breakthroughs in battery solid electrolytes, enzyme-mimetic MOFs, and photoredox drug scaffolds while partnering with Oak Ridge neutron beamlines and Merck process chemists.
Solid-state NMR mapping Li-ion conduction pathways in argyrodites
Photoredox C–H activation for late-stage API functionalisation
MOF single-atom catalysts for low-temperature CO oxidation
Femtosecond pump–probe of perovskite hot-carrier cooling
Enzyme-mimic polymer micelles for CO₂ hydration acceleration
Dynamic covalent polymer derived from plant lignin streams
Electrochemical up-conversion of plastic depolymerization oils
Quantum-chemical prediction of singlet-fission chromophores
Mass-spec imaging of metabolic gradients in tumor spheroids
Green-solvent library screening for OLED emitter fabrication
Supramolecular cages for noble-metal nanoparticle templating
Isotope-edited IR probing proton-coupled electron transfer
Catalytic hydrogenolysis of waste PET to BTX aromatics
Machine-learning QSAR for antimicrobial peptide design
Copper-free click chemistry in live-cell protein labeling
Discover and control matter at atomic precision.
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