UC’s MS in Engineering Physics immerses students in applied quantum, photonics, and plasma science, driving breakthroughs from fusion energy to quantum computing hardware.
Fabrication of superconducting qubit resonators with sub-ppm loss tangents
PIC simulation of inertial-confinement fusion target implosion symmetry
Integrated silicon-nitride frequency comb for on-chip LiDAR systems
Magneto-inertial fusion coil optimization minimizing driver energy
Quantum-key-distribution protocol implementation on FPGA-based photonic links
Terahertz metamaterial sensor detecting trace explosives via spectral fingerprints
High-gradient laser-wakefield accelerator modeling with AI-surrogate beams
Diamond NV-center magnetometer array for neuronal action-potential imaging
Cryogenic packaging reducing phonon noise in quantum-dot single-photon sources
FEM analysis of stress in ultra-thin GaN power-device substrates
White paper on regulatory pathways for small modular fusion reactors
Optical trapping experiment measuring Casimir forces at nanometer gaps
Neutron-shield material characterization for next-gen medical accelerators
Quantum-error-correction code benchmarking on trapped-ion simulators
GPU-accelerated ray-tracing of radiation transport in stellarators
Photonic crystal fiber design enabling supercontinuum for spectroscopy
VR visualization tool of plasma instabilities for educational outreach
Hybrid analog-digital simulator of quantum annealing landscapes
Public science demo showcasing levitating superconductors in urban fairs
Policy brief on skilled-workforce development for quantum-tech industries
Engineer the frontier of physics with UC’s innovation-focused MS.
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