Research Clusters Light-matter interactionAccreting black holesAccretion processesAdiabatic pumpingAndy MillisApplications of random matrix theory to solid state systemsAprile LabAsenjo-Garcia LabAstrophysics, Gravitational Waves, and CosmologyATLAS experimentsATLAS GroupAtomic physicsAtomic, Molecular, Optical PhysicsAtomic, Molecular, Optical/Condensed Matter PhysicsBasov LabBehavior of the strong force among quarks within the nucleon.Behnia LabBeloborodov LabBeyond Standard Model [BSM] physicsBiology and PhysicsBirth and death of cosmic black holesBlack hole binary systemsBrian ColeCentral hard x-ray emission [CHXE]Chaotic behaviorCharles J. Hailey Christ LabChuck HaileyClassical black hole solutionsCole LabCollapsed objects in astrophysicsColumbia Astrophysics Laboratory Compact objects and high-energy phenomenaCondensed matter physics Condensed matter physics of electrons in metalsCosmic eventsCosmic microwave background [CMB]Cosmological flatness problemCosmological horizon problemCosmological phase transitionsCosmologyCP symmetry violationsCritical phenomenaD0 experimentDark matterDavid SchiminovichDean LabDenef LabDouble Chooz reactor neutrino experimentDr. Bill ZajcDries SelsDyons and magnetic monopoles in nonabelian gauge theoriesElectromagnetic metamaterialsElectron scattering experimentsElectron transport in degenerate many-body systemsEnvironmental Science Existence of neutral-current weak interactions as predicted from synthesis of the weak and electromagnetic interactionsExotic quantum phases and transitionsExperimental condensed matter physicsExperimental nuclear physicsExperimental particle astrophysicsFirst principles calculation of the approach to equilibration using a Boltzmann equation or classical Yang-Mills equationsFixed collision targets of heavy nucleiFrederik DenefGalactic sourcesGlasgow LabGrapheneGravitational physicsGravitational wave astrophysicsHailey LabHaiman LabHeavy fermion compoundsHeavy ion collisionsHigh density QCD systemsHigh Energy Nuclear Particle PhysicsHigh Energy TheoryHigh energy theory High Energy Theory Group High Energy Theory GroupHigh-Energy Nuclear/Particle PhysicsHigh-energy physicsHigh-Energy TheoryHill LabHui LabHydrodynamicsIigaya LabInteraction effects in disordered and mesoscopic systemsInteractions at the energy frontierKaragiorgi GroupKaragiorgi LabKaya Mori Kenneth Miller Kinetic rougheningLam HuiLayered material effectsLevin GroupLHC experimentsLow-energy precision measurements of quantum systemsMagnetism in frustrated or low dimensional spin systemsMagnetized neutron starsMcIver LabMetal-insulator transitionsMethods for standard model parameter computationMetzger GroupMiniBooNE experimentMukherjee LabMuon spin relaxation [MuSR]Nano-Optics and Machine LearningNano-Optics and Machine Learning Nano-Optics and Machine Learning Neutrino oscillationsNeutrino probesNeutron starsNeutron/anti-neutron oscillationsNew particles and states of matterNicolis LabNon-perturbative QCDNonlinear dynamicsNorman H. Christ Nuclear matter at extreme temperatures/densitiesNuclear proliferationNucleosynthesisNumerical lattice QCDNuTeV experimentObservational high-energy astrophysicsOpen quantum systemsOrigin and evolution of the universeOrigins of confinement in pure gauge theoriesPasupathy LabPerez LabPhase transitionsPhase transitions in low-temperature boson and fermion systemsPhysical Chemistry, Solar Physics, Plasma Physics, Planetary SciencePhysics EducationPhysics of correlated electron systemsPlasmonic and polaritonic phenomenaPlasmonic and polaritonic phenomena in graphenePrecision measurement of vacuum polarization in muonic atomsProperties of liquid xenonProton structureQCD confinement and chiral symmetry breakingQCD phase transitions from ordinary hadronic matter to locally deconfined quarks and gluonsQuantum chaos.Quantum field theoryQuantum field theory anomaliesQuantum geometryQuantum nanodevicesQuantum opticsQuantum phase slips in superconducting wires.Quantum systems of ultracold atoms and moleculesQuantum transport in disordered systemsQueiroz LabQuieroz GroupRachel A. RosenRalph-Birkett LabRelationship between the factorial divergence of the QCD perturbation series and high field strength configurationsRelationship between unitarity limits and parton density limits Relativistic jets and gamma-ray bursts.Renormalization theoryRHIC experimentsSchminovich LabSearch for cosmic antideuterons and antiprotonsSearch for supersymmetry [SUSY]Semiconductors and superconductorsSolid state devices at meso- and nano-scalesStarsStatistical mechanics of directed polymers in random media [DPRM]Sunyaev-Zel'dovich effectSupernovaeSuperstring theoryTheoretical astrophysicsTheoretical condensed matter physicstheoretical high energy physicsTheoretical particle physicstheoretical physics Theoretical PhysicsTheories of early universeTitleTopological insulators Transition metal dichalcogenides [TMDs]Two-dimensional van der Waals materials Unconventional superconductivity Universal topologyValidity of quark hypothesisWeakly interacting massive particles [WIMPs]White dwarf binary emissionWill FarrWill LabZajc LabZelevinsky Lab

Existence of neutral-current weak interactions as predicted from synthesis of the weak and electromagnetic interactions

First principles calculation of the approach to equilibration using a Boltzmann equation or classical Yang-Mills equations

Relationship between the factorial divergence of the QCD perturbation series and high field strength configurations