UIUC’s Physics PhD, home to 2 Nobel laureates, spans condensed-matter marvels, high-energy frontiers, and gravitational-wave astrophysics. Doctoral candidates image Majorana modes in van der Waals heterostructures, analyze LIGO–Virgo binary mergers, and test quantum information scrambling with Rydberg atom arrays. Weekly “Pizza with Professors” sparks interdisciplinary ideation.
Angle-resolved photoemission of topological superconductors under strain
Quantum-optical simulation of lattice gauge theories
Analysis of primordial gravitational-wave background with CMB-S4 data
Search for dark-photon signatures in fixed-target experiments
Machine-learning classification of neutron-star equation-of-state signals
Non-equilibrium dynamics of spin-orbit-coupled Bose gases
Grant proposal for chip-scale atomic clock using microcomb stabilization
Policy memo on quantum-sensor export controls
Public VR exhibit visualizing spacetime around merging black holes
Quantum error-correction benchmarking on superconducting qubits
Muon-g-2 data analysis refining standard-model anomalies
Neutrino–nucleus coherent scattering detector optimization
White paper on sustainable cryogenics for large physics facilities
Citizen-science gravitational microlensing event tagging platform
Holographic duality study of strongly coupled quark-gluon plasma
Explore the universe’s deepest laws with UIUC Physics.
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