UNC’s MS spans experimental condensed-matter, particle physics, and multi-messenger astronomy. Students analyze JWST spectra of exoplanets, fabricate superconducting qubits in the Nanofab, and model dark-matter halos on GPU clusters.
Time-domain analysis of kilonova light curves from LIGO alerts
Monte-Carlo simulation of neutrino oscillations in IceCube geometry
Scanning SQUID microscopy of 2-D superconductors
Deep-learning classifier for exoplanet transit signals in TESS data
Policy brief on orbital-debris mitigation for small-sat launches
Quantum-optics experiment generating entangled photon pairs on chip
VR planetarium show exploring gravitational-wave astronomy
White paper on gender equity in observational-astronomy time allocation
GPU-accelerated N-body code for galactic merger simulations
Grant proposal for CubeSat probing solar energetic particles
Citizen-science app spotting supernova candidates in survey images
Spectropolarimetry study of AGN magnetic fields
Public outreach toolkit explaining dark-energy experiments
Comparative analysis of quantum-computing error-correction codes
Infographic mapping cosmic-microwave-background milestones
Workshop on open-source hardware for tabletop quantum optics
Study of atmospheric turbulence impacts on ELT adaptive optics
Podcast featuring alumni in science-policy careers
Art-science collaboration turning pulsar radio beats into music
Simulation of magnetar-driven fast-radio-burst mechanisms
Combine cutting-edge instruments and theory to unravel cosmic mysteries.
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