UC Physics offers theoretical and experimental tracks—from condensed matter to particle physics. Students build laser interferometers, analyze LHC data, and develop quantum algorithms.
Cavity-QED experiment measuring vacuum Rabi splitting in superconducting qubits
Monte-Carlo simulation of cosmic-ray muon shower propagation
GPU-accelerated n-body code modeling dark-matter halo formation
Policy brief on synchrotron radiation facility funding strategies
Angle-resolved photoemission spectroscopy study of 2-D topological insulators
VR visualization of general-relativity geodesics near rotating black holes
Machine-learning trigger algorithm for rare Higgs-boson decay channels
Optical-tweezers measurement of single-molecule DNA elasticity
Critical essay on quantum-computing hype vs. near-term applications
Crowdsourced micro-satellite cosmic-dust detector network proposal
Superfluid helium nanodroplet spectroscopy probing cluster physics
Interactive outreach kit demonstrating magnetic levitation with type-II superconductors
Lattice-gauge-theory code benchmarking on quantum simulators
Time-resolved pump-probe experiment studying phonon dynamics
Text-mining arXiv for emerging trends in quantum foundations research
Development of tabletop plasma wakefield accelerator prototype
Network analysis of worldwide gravitational-wave observatory collaborations
Augmented-reality app showing real-time cosmic microwave background anisotropies
Field test of portable muon tomography for volcano imaging
Machine-learning inversion of spin-noise spectra in NV center magnetometry
Master nature’s fundamentals and drive discovery with UC Physics.
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