Harvard’s Physics BS immerses students in classical mechanics, quantum field theory, and cosmology while cultivating experimental and computational prowess. Undergraduate researchers join projects on dark-matter detectors, quantum-information devices, and ultracold atoms at the Lyman Laboratory. Graduates advance to top PhD programs and frontier technology sectors.
Cold-atom simulation of Hubbard-model superconductivity
Design of superconducting qubit control electronics
Analysis of cosmic-ray muon data using machine learning
Precision measurement of gravitational constant with torsion balance
Monte Carlo simulation of Higgs-boson decay channels
Capstone on photonic-crystal resonators for quantum networks
LIGO data-analysis pipeline for black-hole mergers
Public lecture series on physics in popular culture
VR visualization of general relativity in curved spacetime
Construction of tabletop laser interferometer demonstrations
Ethics essay on societal impacts of quantum supremacy
Data-driven study of gender diversity in physics conferences
Field trip vlog to CERN documenting detector technology
Byte-size physics TikTok outreach campaign
Analytic derivation of soliton solutions in nonlinear optics
Workshop on GPU acceleration for many-body physics codes
Collaborative art–science exhibit on wave–particle duality
Quantum Monte Carlo study of nuclear matter
From quantum bits to cosmic origins, explore the universe with Harvard Physics.
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