UC’s MS in Astrophysics immerses students in cutting-edge research on stars, galaxies, and cosmology, leveraging world-class observatories and supercomputers.
Light-curve analysis of exoplanet transits using TESS data
N-body simulation of dark-matter halo mergers at high redshift
Machine-learning classifier identifying supernova types in LSST alerts
Spectroscopic survey of metal-poor stars probing early nucleosynthesis
Design concept for CubeSat measuring UV emission from star-forming regions
Polarimetric study of magnetic fields in protostellar disks
Gravitational-wave signal modeling for neutron-star post-merger oscillations
VR planetarium app visualizing large-scale cosmic structure evolution
Analysis of Fast Radio Burst dispersion measures to map intergalactic plasma
Public data-viz of black-hole mass versus host-galaxy bulge relations
Time-series study of stellar flares and habitability around M-dwarfs
Instrument calibration pipeline for next-generation adaptive optics
Cosmological parameter inference combining CMB and baryon-acoustic-oscillation data
Outreach podcast explaining the Hubble tension debate
Monte-Carlo radiative-transfer model of dusty starburst galaxies
Citizen-science platform classifying gravitational-lens candidates
White paper on lunar-far-side radio observatories for dark-age cosmology
Comparative analysis of exoplanet atmospheric retrieval techniques
Workshop curriculum teaching Python astro-statistics to high-school students
Conference poster on machine-learning acceleration of hydrodynamic simulations
Explore the universe with UC’s discovery-driven MS.
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