Duke’s Physics BS plunges students into discovery—cooling atoms to nano-Kelvin temperatures in quantum labs, mining petabytes from CERN’s ATLAS detector, and simulating supernova turbulence on the Duke Compute Cluster. Course projects launch CubeSat payloads, design metamaterials for cloaking, and apply machine learning to dark-matter searches. A senior research sequence pairs every major with a faculty mentor, often yielding first-author publications before graduation.
Quantum computing algorithm benchmarking superconducting qubits
Machine-learning classifier separating gravitational-wave noise
Nanofabricated photonic crystal guiding X-ray photons
Fluid-dynamics simulation of exoplanet atmospheric escape
Muon-tomography imaging of historical masonry at Duke Chapel
CRISPR-derived protein crystallography beamline automation
VR visualization of curved spacetime around rotating black holes
Search for axion-like particles in microwave cavity data
3-D printed cloud chamber for outreach demonstrations
Monte-Carlo model of cosmic-ray showers in Earth’s magnetosphere
Laser cooling apparatus for strontium optical-clock prototypes
Topological insulator synthesis with angle-resolved photoemission
Data-driven analysis of magnetic-reconnection events on the Sun
Neutrino oscillation parameter estimation with Bayesian methods
Public-policy brief on fusion-energy commercialization timelines
Citizen-science platform classifying radio-galaxy morphology
Interactive web app teaching quantum tunneling with shaders
Probe nature’s deepest laws in Duke’s research-intensive Physics program.
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