UNC’s Physics BS trains students in advanced theoretical and experimental techniques—from LIGO gravitational-wave analysis to quantum-dot fabrication in the Chapel Hill Nanofab. Small lab cohorts access cryogenic systems, high-performance clusters, and beamtime at Oak Ridge. Graduates earn top placements in PhD programs, aerospace R&D, and quantitative finance.
Monte Carlo simulation of neutrino oscillation parameters
Fabrication and Hall-effect characterization of graphene devices
Time-domain analysis of pulsar spin-down with radio-telescope data
Tensor-network algorithms modeling quantum phase transitions
Design of CubeSat payload measuring cosmic-ray flux
Optical-trap experiment probing Brownian motion statistics
Machine-learning approach to classify supernova light curves
Simulation of atmospheric re-entry heat shielding in CFD
Policy white paper on nuclear fusion regulatory frameworks
High-speed imaging of fluid-dynamic instabilities
Development of low-noise preamplifier for particle detectors
Quantum-key-distribution protocol implemented on FPGA boards
Research poster on topological insulator surface states
VR visualization of four-dimensional spacetime manifolds
Public workshop on uncertainty quantification in climate models
Open-source Jupyter tutorials for solving partial differential equations
Master fundamental laws and innovate across quantum, astro, and applied physics frontiers.
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