Faculty

Institution

Unit

Venue

Virginia Lorenz

Professor

University of Illinois Urbana-Champaign

Affiliations

The Grainger College of Engineering

Department of Physics

Virginia Lorenz is currently serving as a Physics Professor at University of Illinois Urbana-Champaign.

Honors

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Experiences

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Education

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Virginia Lorenz

University of Illinois Urbana-Champaign

Professor

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physics photonics quantum science applied physics quantum information science lightwave technology quantum optics quantum mechanics quantum photonics light science quantum entanglement quantum communications optical properties spectroscopy raman spectroscopy quantum technologies condensed matter magnetism fiber optics spintronics vibrational spectroscopy atomic spectroscopy optical spectroscopy fiber-optic communications photon pairs dense potassium vapor magnetic resonance spin dynamics optical fiber materials science electronic materials quantum sensing quantum photonic device quantum networking spontaneous four-wave mixing nonlinear phenomena solid-state electronics spintronic materials spin phenomenon molecular spectroscopy photon statistic quantum dynamics interferometry astronomy phonons optical computing magnetic measurement quantum simulation statistical mechanics statistical physics spectroscopic methods optical metrology non-equilibrium process ferromagnetism light scattering spectroscopy magnetoresistance non-markovian dynamics standard polarization-maintaining fiber atomic ensembles nonlinear science crystal research experimental physics chaotic mixing diamond-like carbon solid-state physics multiphoton process optical pumping light storage state engineering dephasing time anomalous spin-orbit torques multimode memories joint spectral intensity magnetic bilayers bulk contributions joint spectral characterization quantum memories

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Astronomical Interferometry Using Continuous Variable Quantum Teleportation. Physical Review Research (2025)

Yunkai WangYujie ZhangVirginia O. Lorenz

quantum networkingquantum sciencequantum mechanicsastronomyquantum opticsquantum sensingquantum communicationsquantum entanglementastronomical interferometryastronomical interferometertransmission lossquantum information sciencephotonics

Generation and Engineering of Orbital Angular Momentum Biphotons in Optical Fibers. Optica Quantum (2025)

Xiao LiuDaniel ShaharDong Beom KimVirginia LorenzSiddharth Ramachandran

physicsnon-linear opticsoptical propertiesfiber opticsoptical materialslaserslightwave technologyapplied physicslight sciencephotonics

Public Quantum Network: The First Node. Applied Physics Letters (2025)

K. KapoorS. HoseiniJ. ChoiB. E. NussbaumY. ZhangK. ShettyC. SkaarM. WardL. WilsonK. ShinbroughE. EdwardsR. WiltfongC. P. LualdiOffir CohenP. G. KwiatV. O. Lorenz

technologycommunicationquantum networkingquantum networksglobal networksquantum sciencequantum communicationsquantum entanglementpublic quantum networkpublic libraryquantum information sciencephotonics

Sensor State Protection in Λ-Type Atomic Ensemble Quantum Memories. (2025)

Tegan LoveridgeKai ShinbroughVirginia O. Lorenz

physicssensor state protectionatomic physicsquantum sciencequantum mechanicsλ-type quantum memoryquantum sensingquantum simulationapplied physicsatomic ensemblesquantum computingquantum information science

Spatio-Spectral Quantum State Estimation of Photon Pairs From Optical Fiber Using Stimulated Emission. Optica Quantum (2025)

Dong Beom KimXiye HuAlfred U'RenKarina Garay-PalmettVirginia Lorenz

photon pairsfiber opticsfiber-optic communicationsquantum sciencequantum mechanicslasersquantum opticslightwave technologyquantum photonicsquantum entanglementlight sciencequantum information sciencephotonics

Information Carried by a Single Particle in Quantum Multiple-Access Channels. Physical review. A/Physical review, A (2024)

Xinan ChenYujie ZhangAndreas WinterVirginia O. LorenzEric Chitambar

quantum securityquantum particlecommunicationquantum cryptographyquantum networkingquantum networkscommunications systemsquantum sciencequantum mechanicssingle particlequantum communicationstransmissionsingle particlesquantum computingquantum information science

Optimal Continuous Dynamical Decoupling in N-Type Atomic Ensemble Quantum Memories. (2024)

Tegan LoveridgeKai ShinbroughVirginia O. Lorenz

physicsquantum hardwarequantum decoherenceatomic physicsquantum sciencequantum mechanicshigh-lying sensor statequantum engineeringcontinuous dynamical decouplingquantum simulationapplied physicsatomic ensemblesquantum computingquantum information science

Photon-Pair Generation via Raman-Active N2 Defects in Silicon Nitride Waveguides. (2024)

Kathleen OolmanKai ShinbroughVirginia O. Lorenz

physicsphoton-pair generationnanophotonicsphotonic devicesraman-active n2 defectsoptical propertieslightwave technologyquantum photonicssilicon nitride waveguidesapplied physicsoptoelectronicslight sciencephotonics

Spatio-Spectral Quantum State Estimation of Photon Pairs From Optical Fiber Using Stimulated Emission. arXiv (Cornell University) (2024)

Dong Beom KimXiye HuAlfred U'RenKarina Garay-PalmettVirginia Lorenz

photon pairsoptical fiberquantum sciencequantum mechanicsquantum opticslightwave technologyquantum photonicsquantum communicationsquantum state estimationlight sciencequantum information sciencephotonics

Thermal Contribution to Current-Driven Antiferromagnetic-Order Switching. APL Materials (2024)

Myoung-Woo YooVirginia O. LorenzAxel HoffmannDavid G. Cahill

physicsmagnetic resonancejoule-heating temperaturespin phenomenonspin dynamicsmagnetic devicescondensed matter physicsspintronicsmagnetismmicroelectronics reliabilityjoule-heating temperature excursionsspintronic materialsthermal contributionapplied physicsmagnetoresistance

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Virginia Lorenz

Professor

University of Illinois Urbana-Champaign

Affiliations

The Grainger College of Engineering

Department of Physics

Virginia Lorenz is currently serving as a Physics Professor at University of Illinois Urbana-Champaign.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Virginia Lorenz

University of Illinois Urbana-Champaign

Professor

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Astronomical Interferometry Using Continuous Variable Quantum Teleportation. Physical Review Research (2025)

Yunkai WangYujie ZhangVirginia O. Lorenz

Generation and Engineering of Orbital Angular Momentum Biphotons in Optical Fibers. Optica Quantum (2025)

Xiao LiuDaniel ShaharDong Beom KimVirginia LorenzSiddharth Ramachandran

physicsnon-linear opticsoptical propertiesfiber opticsoptical materialslaserslightwave technologyapplied physicslight sciencephotonics

Public Quantum Network: The First Node. Applied Physics Letters (2025)

K. KapoorS. HoseiniJ. ChoiB. E. NussbaumY. ZhangK. ShettyC. SkaarM. WardL. WilsonK. ShinbroughE. EdwardsR. WiltfongC. P. LualdiOffir CohenP. G. KwiatV. O. Lorenz

Sensor State Protection in Λ-Type Atomic Ensemble Quantum Memories. (2025)

Tegan LoveridgeKai ShinbroughVirginia O. Lorenz

Spatio-Spectral Quantum State Estimation of Photon Pairs From Optical Fiber Using Stimulated Emission. Optica Quantum (2025)

Dong Beom KimXiye HuAlfred U'RenKarina Garay-PalmettVirginia Lorenz

Information Carried by a Single Particle in Quantum Multiple-Access Channels. Physical review. A/Physical review, A (2024)

Xinan ChenYujie ZhangAndreas WinterVirginia O. LorenzEric Chitambar

Optimal Continuous Dynamical Decoupling in N-Type Atomic Ensemble Quantum Memories. (2024)

Tegan LoveridgeKai ShinbroughVirginia O. Lorenz

Photon-Pair Generation via Raman-Active N2 Defects in Silicon Nitride Waveguides. (2024)

Kathleen OolmanKai ShinbroughVirginia O. Lorenz

Spatio-Spectral Quantum State Estimation of Photon Pairs From Optical Fiber Using Stimulated Emission. arXiv (Cornell University) (2024)

Dong Beom KimXiye HuAlfred U'RenKarina Garay-PalmettVirginia Lorenz

Thermal Contribution to Current-Driven Antiferromagnetic-Order Switching. APL Materials (2024)

Myoung-Woo YooVirginia O. LorenzAxel HoffmannDavid G. Cahill

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