UNC’s BS in Chemistry channels students into high-impact research early, leveraging world-class facilities like the Caudill and Murray Halls for laser spectroscopy, X-ray crystallography, and nanofabrication. Small group rotations expose majors to catalysis, chemical biology, and energy-materials labs before they commit to an independent project—often resulting in peer-reviewed publications or ACS conference presentations.
Synthesis of metal-organic frameworks for CO₂ capture
Ultrafast spectroscopy of photo-switchable proteins
Density-functional-theory study of perovskite solar materials
Green catalytic route to bio-based nylon monomers
Electrochemical sensor detecting opioids in wastewater
Microfluidic device automating high-throughput reaction screening
Isotopic labeling to track enzyme reaction pathways
Nanoparticle catalyst for sustainable ammonia production
Machine-learning model predicting reaction yields from literature
Solid-state NMR of lithium-ion battery interfaces
Quantum-chemistry workshop series for first-year students
Portable Raman system for art forgery detection
Photoredox methodology expanding medicinal scaffolds
White paper on open-access data in experimental chemistry
Science-communication webinar on PFAS destruction technologies
Lab-safety VR simulation for glovebox operations
Engage deeply in molecular discovery and transformative research.
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