Duke’s Physics Ph.D. launches researchers into quantum information, astrophysics, and particle phenomenology. Students cool atoms to nano-Kelvin temperatures, mine petabytes from CERN’s ATLAS detector, and simulate supernova turbulence on the Duke Compute Cluster. Cross-disciplinary initiatives link optics labs with climate science and finance.
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
Laser cooling apparatus for strontium optical-clock prototypes
Graph-neural network tagger for jet substructure at the LHC
VR visualization of curved spacetime around rotating black holes
Public-policy brief on fusion-energy commercialization timelines
Citizen-science platform classifying radio-galaxy morphology
Quantum sensor network for underground dark-matter search
Explore the universe’s deepest laws with Duke Physics.
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