USC Physics majors switch from liquid-helium cryostats to cosmic-ray detectors before lunch. Students help sift petabytes of LIGO strain data for binary-black-hole echoes, align Ti:sapphire lasers in a quantum-optics lab probing squeezed light, and run CUDA-accelerated N-body galaxy mergers on the 6-PFLOP Discovery cluster. A Materials-at-Extreme-Conditions (MEC) elective blasts nano-diamond targets with femtosecond pulses, while science-communication bootcamps train majors to narrate spacetime ripples to TikTok audiences.
Monte-Carlo simulation of cosmic-ray muon tomography
Cryogenic study of superconducting qubit coherence times
GPU fluid-dyn code modeling protoplanetary disk gaps
Optical-tweezer demonstration trapping micro-plastics
Citizen-science phone app detecting space-weather radiation
Neutron-star equation-of-state Bayesian inference with NICER data
Quantum random-number generator using vacuum fluctuations
VR planetarium mapping exoplanet atmospheres via transit spectra
Policy memo on small-sat light-pollution guidelines for astronomy
3-D printed cloud chamber for K-12 outreach
Simulation of magneto-rotational instability in accretion disks
Analysis of urban light curves for variable-star contamination
Compact muon detector network for earthquake precursor study
Photonic-chip experiment generating entangled photon pairs
AR overlay of gravitational-wave strain on everyday objects
Deep-learning model classifying pulsar glitches
Public art installation sonifying cosmic microwave background
Probe nature’s laws from attoseconds to aeons—and share the wonder.
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