UC’s PhD in Physics offers rigorous training across quantum materials, particle detectors, and gravitational waves, preparing scholars for discovery and innovation.
Angle-resolved photoemission study of topological-insulator surface states
Design of silicon pixel sensors for next-generation colliders
Quantum Monte-Carlo simulation of frustrated magnetism on kagome lattices
Superconducting-qubit coherence optimization via surface-loss mitigation
Cold-atom experiment realizing synthetic gauge fields in optical lattices
Neutrino-oscillation parameter fit using Bayesian hierarchical models
Machine-learning classification of gravitational-wave glitches
Density-functional screening of room-temperature hydride superconductors
Laser cooling scheme for molecular ions in precision clocks
Axion-like particle detection prospects in resonant cavities
Cryogenic STM imaging charge-density waves in monolayer NbSe₂
Micromegas detector prototype for directional dark-matter searches
GPU-accelerated lattice-QCD computations of hadron masses
Network analysis of citation patterns in condensed-matter preprints
VR simulation of LHC proton collisions for outreach classrooms
Public hologram explaining quantum entanglement fundamentals
White paper on open data initiatives in particle physics
Policy brief on isotope supplies for medical-physics applications
Workshop teaching LaTeX and Python for undergraduate labs
Conference on quantum-technology workforce development
Push the boundaries of knowledge with UC’s discovery-driven PhD.
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