Harvard’s Physics PhD launches theorists and experimentalists into frontier inquiries—from ultracold quantum gases and dark-matter detection to emergent spacetime and quantum gravity. Students fabricate superconducting qubits, deploy balloon-borne telescopes in Antarctica, and derive conformal-field-theory advances in collaboration with MIT and CERN. Graduates lead discovery at national labs, quantum-tech start-ups, and elite faculties worldwide.
Feshbach-tuned simulation of Hubbard models with optical lattices
Microwave cavity axion search enhancing Q-factor via squeezed light
Tensor-network study of holographic entanglement entropy
Photonic-crystal resonators generating on-chip frequency combs
Precision measurement of proton charge radius with muonic atoms
Monte-Carlo simulation of QCD topological susceptibility
Quantum-error-correction benchmark on neutral-atom array
LIGO glitch-classification model using deep-learning vision
Public outreach VR tour explaining gravitational waves
Ethics essay on dual-use concerns in quantum sensing
Citizen-science campaign mapping light-pollution spectra
Investigate nature’s deepest questions with Harvard Physics.
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