Harvard’s joint BS in Chemistry and Physics unites two fundamental sciences for students who crave a deep, quantitative grasp of how molecular interactions emerge from physical laws. Majors dive into quantum mechanics, statistical thermodynamics, solid-state physics, and advanced spectroscopy while learning synthetic and analytical chemistry in state-of-the-art labs. Research spans quantum materials, ultrafast reaction dynamics, and astrochemistry collaborations with the Center for Integrated Quantum Materials, positioning graduates for PhD study and frontier R&D.
Femtosecond pump–probe study of photo-induced electron transfer
Synthesis and Hall-effect characterization of 2D superconductors
Ab-initio simulation of catalytic reaction pathways on metal surfaces
NMR investigation of spin-lattice relaxation in ionic liquids
Design of MOF materials for methane storage in spacecraft
Quantum-chemical analysis of interstellar molecule formation
Optical trapping experiment measuring single-molecule forces
Machine-learning classifier for predicting crystal-field splitting
Green synthesis of perovskite nanocrystals for solar cells
Raman spectroscopic mapping of strain in graphene flakes
Density-functional study of charge transport in organic semiconductors
Build-and-test low-temperature calorimeter for specific-heat studies
Capstone on quantum computing algorithms for molecular spectra
Public-facing visualization of atomic orbitals in VR
Ethics brief on dual-use quantum-chemistry software
Bridge two core sciences to tackle quantum-scale and macroscopic challenges alike.
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