Faculty

Institution

Unit

Venue

Paul G Kwiat

Bardeen Chair Dept of Physics John Bardeen Chair in Electrical Engineering and Physics

UIUC

Affiliations

The Grainger College of Engineering

Department of Physics

Physics

Paul G Kwiat is currently serving as a Physics Bardeen Chair Dept of Physics John Bardeen Chair in Electrical Engineering and Physics at Uiuc.

Honors

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Experiences

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Education

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Paul G Kwiat

UIUC

Bardeen Chair Dept of Physics John Bardeen Chair in Electrical Engineering and Physics

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quantum science quantum information science physics photonics lightwave technology quantum optics quantum mechanics quantum entanglement quantum communications light science quantum computing applied physics quantum photonics experimental physics optoelectronics quantum cryptography quantum key distribution quantum security quantum networking quantum sensing quantum photonic device quantum engineering optical properties quantum technologies quantum measurement photon statistic quantum networks mathematics interferometry theoretical physics cryptographic hardware luminescence optical communications quantum devices communication security wave interference quantum systems optical metrology quantum hardware computer engineering modern physics optical computing optical physics nature physic photonic devices photon pairs data security quantum error correction quantum theory entropy quantum decoherence quantum algorithms photonic integrated circuits post-quantum cryptography entangled photons superdense teleportation computational imaging entangled states visual science quantum logic optical imaging electronics polarization-entangled photon pairs quantum eraser remote state preparation polarization-entangled photons quantum zeno effect quantum key generation biomedical imaging spontaneous parametric down-conversion coherent evolution quantum nonlocality quantum cryptography protocol two-photon interference experiment spin phenomenon maximum likelihood technique

Notable Scholarly Works

Notable Federal Grants

Collaborators

Compact and Efficient Optical Parametric Sources for Quantum Networking. (2025)

Tiphaine KouadouJosh AllerTony RobertsPhilip BattlePaul Kwiat

photonicsquantum computingphysicsquantum information sciencelightwave technologyquantum networkinglight sciencequantum networksquantum scienceapplied physics

Faithful Quantum Teleportation via a Nanophotonic Nonlinear Bell State Analyzer. Physical Review Letters (2025)

Joshua AkinYunlei ZhaoPaul G. KwiatElizabeth A. GoldschmidtKejie Fang

photonicsquantum information sciencequantum entanglementlightwave technologyfaithful quantum teleportationquantum networkingquantum communicationsquantum networking protocolslight sciencequantum networksquantum sciencedistinct photonsquantum optics

Fast Quantum Interferometry at the Nanometer and Attosecond Scales With Energy-Entangled Photons. Science Advances (2025)

Colin P. LualdiSpencer J. JohnsonMichael VayningerKristina A. MeierSwetapadma SahooSimeon I. BogdanovPaul G. Kwiat

photonicsquantum sensingphysicsquantum entanglementnanophotonicslightwave technologyquantum two-photon interferencefast quantum interferometrylight sciencequantum scienceapplied physicsquantum photonicsquantum opticsexperimental physicstwo-photon interference

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

photonicsglobal networksquantum information sciencequantum entanglementtechnologypublic quantum networkquantum networkingpublic librarycommunicationquantum communicationsquantum networksquantum science

SEAQUE: Uiuc-Led Quantum Space Technology Demonstration. (2025)

Liam M. RamseyKelsey OrtizSpencer J. JohnsonJoanna KrynskiRick EasonNigar SultanaNouralhoda BayatQi LimCameron JonesTimur JavidEvan WidloskiMatteo StefaniniJosh AllerBradley SlezakDaniel SuarezSubash SachidanandaAlexander LingPhil BattleThomas JenneweinMichael LembeckMakan MohagegPaul G. Kwiat

space-based quantum networksquantum computingquantum devicesquantum sensingquantum entanglementuiuc-led space entanglementoptoelectronicsquantum sciencequantum photonic devicephotonicsphysicsquantum information sciencelightwave technologyquantum engineeringquantum networksannealing quantum experimentquantum mechanicsapplied physicsquantum technologies

Temporal Compression of Sequential Photons. (2025)

B. C. ConnerA. SamantarayC. P. LualdiN. T. ArnoldP. G. Kwiat

photonicssingle photonsquantum information sciencelightwave technologylaserslight sciencesequential photonscavity qedtemporal compressionquantum optics

Towards Satellite Tests Combining General Relativity and Quantum Mechanics Through Quantum Optical Interferometry: Progress on the Deep Space Quantum Link. EPJ Quantum Technology (2025)

Makan MohagegCharis AnastopoulosOlivia BrasherJason GallicchioBei Lok HuThomas JenneweinSpencer JohnsonShih-Yuin LinAlexander LingAlexander LohrmannChristoph MarquardtLuca MazzarellaMatthias MeisterRaymond NewellAlbert RouraGiuseppe VallonePaolo VilloresiLisa WörnerPaul Kwiat

towards satellite testsquantum mechanicsastronomyphysicsquantum information scienceinterferometryquantum optical interferometryquantum sciencequantum opticsexperimental physics

Advanced Quantum Detectors via Advanced Quantum Trickery. Quantum 2.0 Conference and Exhibition (2024)

Paul Kwiat

photonicsquantum mechanicsadvanced quantum detectorsquantum sensingnarrow time correlationsphysicsquantum information sciencequantum photonic devicequantum opticsadvanced quantum trickeryquantum sciencequantum technologiesexperimental physics

All-Optical Quantum Memory. (2024)

Nathan T. ArnoldColin LualdiMike GogginPaul G. Kwiat

photonicsquantum computingquantum hardwarephysicsquantum information scienceoptoelectronicsquantum engineeringquantum memorieslight sciencequantum scienceapplied physicsquantum devicesquantum technologiesquantum memory

Hybrid Quantum Networks: A Bottom-Up Perspective. (2024)

Paul G. Kwiat

wireless communicationscommunications systemshybrid quantum networksquantum computingquantum information sciencequantum networkingquantum engineeringquantum communicationsquantum networksquantum sciencequantum technologiesoptical fiber channels

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Paul G Kwiat

Bardeen Chair Dept of Physics John Bardeen Chair in Electrical Engineering and Physics

UIUC

Affiliations

The Grainger College of Engineering

Department of Physics

Physics

Paul G Kwiat is currently serving as a Physics Bardeen Chair Dept of Physics John Bardeen Chair in Electrical Engineering and Physics at Uiuc.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Paul G Kwiat

UIUC

Bardeen Chair Dept of Physics John Bardeen Chair in Electrical Engineering and Physics

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Compact and Efficient Optical Parametric Sources for Quantum Networking. (2025)

Tiphaine KouadouJosh AllerTony RobertsPhilip BattlePaul Kwiat

photonicsquantum computingphysicsquantum information sciencelightwave technologyquantum networkinglight sciencequantum networksquantum scienceapplied physics

Faithful Quantum Teleportation via a Nanophotonic Nonlinear Bell State Analyzer. Physical Review Letters (2025)

Joshua AkinYunlei ZhaoPaul G. KwiatElizabeth A. GoldschmidtKejie Fang

Fast Quantum Interferometry at the Nanometer and Attosecond Scales With Energy-Entangled Photons. Science Advances (2025)

Colin P. LualdiSpencer J. JohnsonMichael VayningerKristina A. MeierSwetapadma SahooSimeon I. BogdanovPaul G. Kwiat

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

SEAQUE: Uiuc-Led Quantum Space Technology Demonstration. (2025)

Temporal Compression of Sequential Photons. (2025)

B. C. ConnerA. SamantarayC. P. LualdiN. T. ArnoldP. G. Kwiat

photonicssingle photonsquantum information sciencelightwave technologylaserslight sciencesequential photonscavity qedtemporal compressionquantum optics

Towards Satellite Tests Combining General Relativity and Quantum Mechanics Through Quantum Optical Interferometry: Progress on the Deep Space Quantum Link. EPJ Quantum Technology (2025)

towards satellite testsquantum mechanicsastronomyphysicsquantum information scienceinterferometryquantum optical interferometryquantum sciencequantum opticsexperimental physics

Advanced Quantum Detectors via Advanced Quantum Trickery. Quantum 2.0 Conference and Exhibition (2024)

Paul Kwiat

All-Optical Quantum Memory. (2024)

Nathan T. ArnoldColin LualdiMike GogginPaul G. Kwiat

Hybrid Quantum Networks: A Bottom-Up Perspective. (2024)

Paul G. Kwiat

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