UMD’s MS in Physics offers students opportunities in theoretical, experimental, and computational physics across fields like quantum mechanics, optics, condensed matter, and cosmology. The program supports interdisciplinary research and preparation for PhD study or technical careers.
Simulation of quantum harmonic oscillator systems using Python
Design of an optical interferometer for precision measurements
Study of phase transitions in superconducting materials
Gravitational wave signal analysis from LIGO data
Modeling particle trajectories in magnetic confinement fusion
Development of a laser spectroscopy setup for atomic transitions
Exploration of dark matter candidates using astrophysical models
Photonic crystal design for light confinement applications
Time-resolved measurement of ultrafast laser pulses
Simulation of electron band structures in nanomaterials
Measurement of thermal conductivity in novel alloys
Analysis of entanglement entropy in spin chain models
Monte Carlo simulations of particle collisions
Design and fabrication of thin-film solar cells for lab testing
Study of noise limits in superconducting qubit circuits
Modeling cosmic ray interaction with Earth’s magnetic field
Experimental study of chaos in driven pendulum systems
Design of a cryogenic cooling system for low-temperature experiments
Investigation of topological insulators through ARPES data
Quantum optics experiment on photon correlation measurements
Discover the universe’s principles with hands-on and theoretical exploration in UMD’s Physics MS.
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