Faculty

Institution

Unit

Venue

Douglas H Beck

Professor and Director of NPL

University of Illinois Urbana-Champaign

Affiliations

The Grainger College of Engineering

Department of Physics

Douglas H Beck is currently serving as a Physics Professor and Director of NPL at University of Illinois Urbana-Champaign.

Honors

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Experiences

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Education

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Douglas H Beck

University of Illinois Urbana-Champaign

Professor and Director of NPL

You can click a keyword to filter the displayed items

physics applied physics particle physics nuclear physics high energy physics nuclear science experimental physics elementary particles lepton-nucleon scattering high-energy nuclear reaction astronomy instrumentation neutrinos atomic spectroscopy atomic physics double beta decay magnetic resonance radiation detection neutrino physics nuclear decays neutron scattering math xmlns particle beam neutrino properties applied mathematics radiation magnetic measurement neutron source astroparticle physics light science theoretical physics quantum science detector physic quantum chromodynamics nuclear materials luminescence weak interactions full exo-200 dataset lightwave technology nuclear engineering photoelectric measurement hadron physic cryogenics quantum sensing quantum liquids parity-violating asymmetry elastic scattering liquid xenon complete exo-200 dataset electromagnetic compatibility synchrotron radiation plasma chemistry high energy density physics magnetic fields long baseline neutrino experiment electron physic scintillators gravitational physics short wavelength optic uv-vis spectroscopy spin dynamics spin phenomenon optical testing photonic sensors thermal transport phonons parity-violating asymmetries deep neural network half-life sensitivity neutrinoless double-beta decay magnetic moment elastic electron-proton scattering excited state silicon photomultipliers phonon wind phonon thermal conductivity strange quarks quantum field theory

Notable Scholarly Works

Notable Federal Grants

Collaborators

Identification of a Natural Fieldlike Entanglement Resource in Trapped-Ion Chains. Physical review. A/Physical review, A (2024)

Natalie KlcoD. H. Beck

physicstheoretical physicsquantum measurementbiophysicsentanglement resourcequantum decoherencetrapped-ion chainsexperimental physicsquantum sciencequantum mechanicsquantum systemsion chainsmany-body quantum physicsquantum sensingquantum entanglementquantum field theoryquantum information science

A Natural Field-Like Entanglement Resource in Trapped-Ion Chains. arXiv (Cornell University) (2023)

Natalie KlcoD. H. Beck

physicstheoretical physicsentanglement resourcetrapped-ion chainsatomic physicsexperimental physicsquantum sciencequantum mechanicsquantum systemsion chainsmany-body quantum physicsquantum field theoryquantum entanglementquantum simulationapplied physicsquantum information science

Entanglement Structures in Quantum Field Theories. II. Distortions of Vacuum Correlations Through the Lens of Local Observers. Physical review. A/Physical review, A (2023)

Natalie KlcoD. H. Beck

physicstheoretical physicsquantum measurementvacuum correlationsquantum field correlationsquantum decoherenceexperimental physicsquantum sciencequantum mechanicsmeasurement problemsquantum fieldquantum communicationsquantum sensingquantum entanglementquantum field theoryquantum information science

Entanglement Structures in Quantum Field Theories: Negativity Cores and Bound Entanglement in the Vacuum. Physical review. A/Physical review, A (2023)

Natalie KlcoD. H. BeckMartin J. Savage

physicstheoretical physicsquantum theoryentanglement structuresquantum sciencequantum mechanicsbound entanglementmany-body quantum physicsquantum entanglementquantum field theoryaccessible entanglementmathematicsquantum information science

Fundamental Neutron Physics: A White Paper on Progress and Prospects in the Us. arXiv (Cornell University) (2023)

R. AlarconA. AleksandrovaS. BaeßlerD. H. BeckT. BhattacharyaM. BlatnikT. J. BowlesJ. D. BowmanJ. BrewingtonL. J. BroussardA. BryantJ. F. BurdineJ. CaylorY. ChenJ. H. ChoiL. ChristieT. E. ChuppV. CiancioloV. CiriglianoS. M. ClaytonB. CollettC. CrawfordW. DekensM. DemarteauD. DeMilleG. DodsonB. W. FilipponeN. FloydN. FominJ FryK. FuyutoS. GardnerR. GodriR. GolubF. GonzalezG. L. GreeneV. GudkovR. GuptaJ. HamblenL. HayenJ C. HendrusK. HickersonF. B. HillsA. T. HolleyS. HoogerheideM. HubertP. R. HuffmanS. K. ImamT. M. ItoL. JinG. JonesA. KomivesE. KorobkinaW. KorschK. K. H. LeungC. -Y. LiuK. -F. LiuJ. C. LongD. MathewsA. MendelsohnE. MereghettiP. MohanmurthyC. L. MorrisP. MuellerH. P. MummA. NelsenA. NicholsonJ. NicoC. M. O'ShaughnessyP. A. PalamureS. PastoreR. W. PattieN. S. PhanJ. A. PioquintoB. PlasterD. PočanićH. RahangdaleR. RedwineA. ReidD. J. SalvatA. SaundersD. SchaperC. -Y. SengM. SinghA. ShindlerW. M. SnowZ. TangA. Walker-LoudD. K. -T. WongF. WietfeldtA. R. Young

physicsneutron lifetimehigh energy physicsnuclear structurenuclear physicsnuclear decaysparticle physicsexperimental physicsnuclear scienceneutron sourceastronomyfundamental neutron physics

Search for Mev Electron Recoils From Dark Matter in Exo-200. Physical review. D/Physical review. D. (2023)

S. Al KharusiG. AntonI. BadhreesP. S. BarbeauD. BeckV. BelovT. BhattaM. BreidenbachT. BrunnerG. F. CaoW. R. CenC. ChambersB. ClevelandM. CoonA. CraycraftT. DanielsL. DarrochS. J. DaughertyJ. DavisS. DelaquisA. Der Mesrobian-KabakianR. DeVoeJ. DillingA. DolgolenkoM. J. DolinskiJ. EcheversW. FairbankD. FairbankJ. FarineS. FeyzbakhshP. FierlingerY. S. FuD. FudenbergP. GautamR. GorneaG. GrattaC. HallE. V. HansenJ. HoesslP. HufschmidtM. HughesA. IversonA. JamilC. JessimanM. J. JewellA. JohnsonA. KarelinL. J. KaufmanT. KoffasR. KrückenA. KuchenkovK. S. KumarY. LanA. LarsonB. G. LenardoD. S. LeonardG. S. LiS. LiZ. LiC. LicciardiY. H. LinR. MacLellanT. McElroyT. MichelB. MongD. C. MooreK. MurrayO. NjoyaO. NusairA. OdianI. OstrovskiyA. PernaA. PiepkeA. PocarF. RetièreA. L. RobinsonP. C. RowsonD. RuddellJ. RungeS. SchmidtD. SinclairK. SkarpaasA. K. SomaV. StekhanovM. TarkaS. ThibadoM. ToddT. TolbaT. I. TotevR. H. M. TsangB. VeenstraV. VeeraraghavanP. VogelJ.-L. VuilleumierM. WagenpfeilJ. WatkinsL. J. WenU. WichoskiG. WredeS. X. Wu

physicsastroparticle physicsplanetary scienceshigh energy physicsparticle physicsexperimental physicsmev electron recoilsastronomydark matter searchcosmic neutrino backgrounddark matter massesdark matter

Search for Two-Neutrino Double-Beta Decay of $^{136}\Rm Xe$ to the $0^+_1$ Excited State of $^{136}\Rm Ba$ With the Complete Exo-200 Dataset. arXiv (Cornell University) (2023)

200 CollaborationS. Al KharusiG. AntonI. BadhreesP. S. BarbeauD. BeckV. BelovT. BhattaM. BreidenbachT. BrunnerG. F. CaoW. R. CenC. ChambersB. ClevelandM. CoonA. CraycraftT. DanielsL. DarrochS. J. DaughertyJ. DavisS. DelaquisA. Der Mesrobian-KabakianR. DeVoeJ. DillingA. DolgolenkoM. J. DolinskiJ. EcheversW. FairbankD. FairbankJ. FarineS. FeyzbakhshP. FierlingerY. S. FuD. FudenbergP. GautamR. GorneaG. GrattaC. HallE. V. HansenJ. HoesslP. HufschmidtM. HughesA. IversonA. JamilC. JessimanM. J. JewellA. JohnsonA. KarelinL. J. KaufmanT. KoffasR. KrückenA. KuchenkovK. S. KumarY. LanA. LarsonB. G. LenardoD. S. LeonardG. S. LiS. LiZ. LiC. LicciardiY. H. LinR. MacLellanT. McElroyT. MichelB. MongD. C. MooreK. MurrayO. NjoyaO. NusairA. OdianI. OstrovskiyA. PernaA. PiepkeA. PocarF. RetièreA. L. RobinsonP. C. RowsonJ. RungeS. SchmidtD. SinclairK. SkarpaasA. K. SomaV. StekhanovM. TarkaS. ThibadoJ. ToddT. TolbaT. I. TotevR. TsangB. VeenstraV. VeeraraghavanP. VogelJ. -L. VuilleumierM. WagenpfeilJ. WatkinsM. WeberL. J. WenU. WichoskiG. Wrede

physicsneutrinosdouble beta decayhigh energy physicscomplete exo-200 datasetparticle physicsexperimental physicsneutrino physicsphase ii datasetdeep learningfull exo-200 datasetneutrino propertiesdata scienceelementary particlesneural network (machine learning)

Search for Two-Neutrino Double-Beta Decay of 136 Xe to the Excited State of 136 Ba With the Complete Exo-200 Dataset*. Chinese Physics C (2023)

S. Al KharusiG. AntonI. BadhreesP.S. BarbeauD. BeckV. BelovT. BhattaM. BreidenbachT. BrunnerG.F. CaoW.R. CenC. ChambersB. ClevelandM. CoonA. CraycraftT. DanielsL. DarrochS.J. DaughertyJ. DavisS. DelaquisA. Der Mesrobian-KabakianR. DeVoeJ. DillingA. DolgolenkoM.J. DolinskiJ. EcheversW. Fairbank Jr.D. FairbankJ. FarineS. FeyzbakhshP. FierlingerY.S. FuD. FudenbergP. GautamR. GorneaG. GrattaC. HallE.V. HansenJ. HoesslP. HufschmidtM. HughesA. IversonA. JamilC. JessimanM.J. JewellA. JohnsonA. KarelinL.J. KaufmanT. KoffasR. KrückenA. KuchenkovK.S. KumarY. LanA. LarsonB.G. LenardoD.S. LeonardG.S. LiS. LiZ. LiC. LicciardiY.H. LinR. MacLellanT. McElroyT. MichelB. MongD.C. MooreK. MurrayO. NjoyaO. NusairA. OdianI. OstrovskiyA. PernaA. PiepkeA. PocarF. RetièreA.L. RobinsonP.C. RowsonJ. RungeS. SchmidtD. SinclairK. SkarpaasA.K. SomaV. StekhanovM. TarkaS. ThibadoJ. ToddT. TolbaT.I. TotevR. TsangB. VeenstraV. VeeraraghavanP. VogelJ.-L. VuilleumierM. WagenpfeilJ. WatkinsM. WeberL.J. WenU. WichoskiG. WredeS.X. Wu

double beta decayastroparticle physicsneural network (machine learning)high energy physicsparticle physicsneutrino physicsphase ii datasetdeep learningastronomyneutrino propertiesfull exo-200 datasetexcited stateneutrinosneuroscience

A Highly Drift-Stable Atomic Magnetometer for Fundamental Physics Experiments. Applied Physics Letters (2022)

M. RosnerD. BeckP. FierlingerH. FilterC. KlauF. KuchlerP. RößnerM. SturmD. WurmZ. Sun

physicsmagnetic resonancedrift-stable atomic magnetometeroptical pumpingatomic spectroscopyresidual offsetmagnetic measurementspectroscopyultrafast laser spectroscopyquantum sensingapplied physicspumped cesium magnetometerphotonics

Ultracold Neutron Storage in a Bottle Coated With the Fluoropolymer Cytop. The European Physical Journal A (2022)

Thomas NeulingerDouglas BeckEuan ConnollySkyler DegenkolbPeter FierlingerHanno FilterJürgen HingerlPontus NordinThomas SaerbeckOliver Zimmer

physicsmaterials sciencethin filmsultracold neutronneutron scatteringneutron optical potentialmaterial researchultracold neutron storageneutron sourcenuclear materialsnuclear scienceadvanced materialscoatingsapplied physicscharacterization (materials science)

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Douglas H Beck

Professor and Director of NPL

University of Illinois Urbana-Champaign

Affiliations

The Grainger College of Engineering

Department of Physics

Douglas H Beck is currently serving as a Physics Professor and Director of NPL 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

Douglas H Beck

University of Illinois Urbana-Champaign

Professor and Director of NPL

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Identification of a Natural Fieldlike Entanglement Resource in Trapped-Ion Chains. Physical review. A/Physical review, A (2024)

Natalie KlcoD. H. Beck

A Natural Field-Like Entanglement Resource in Trapped-Ion Chains. arXiv (Cornell University) (2023)

Natalie KlcoD. H. Beck

Entanglement Structures in Quantum Field Theories. II. Distortions of Vacuum Correlations Through the Lens of Local Observers. Physical review. A/Physical review, A (2023)

Natalie KlcoD. H. Beck

Entanglement Structures in Quantum Field Theories: Negativity Cores and Bound Entanglement in the Vacuum. Physical review. A/Physical review, A (2023)

Natalie KlcoD. H. BeckMartin J. Savage

Fundamental Neutron Physics: A White Paper on Progress and Prospects in the Us. arXiv (Cornell University) (2023)

physicsneutron lifetimehigh energy physicsnuclear structurenuclear physicsnuclear decaysparticle physicsexperimental physicsnuclear scienceneutron sourceastronomyfundamental neutron physics

Search for Mev Electron Recoils From Dark Matter in Exo-200. Physical review. D/Physical review. D. (2023)

Search for Two-Neutrino Double-Beta Decay of $^{136}\Rm Xe$ to the $0^+_1$ Excited State of $^{136}\Rm Ba$ With the Complete Exo-200 Dataset. arXiv (Cornell University) (2023)

Search for Two-Neutrino Double-Beta Decay of 136 Xe to the Excited State of 136 Ba With the Complete Exo-200 Dataset*. Chinese Physics C (2023)

S. Al KharusiG. AntonI. BadhreesP.S. BarbeauD. BeckV. BelovT. BhattaM. BreidenbachT. BrunnerG.F. CaoW.R. CenC. ChambersB. ClevelandM. CoonA. CraycraftT. DanielsL. DarrochS.J. DaughertyJ. DavisS. DelaquisA. Der Mesrobian-KabakianR. DeVoeJ. DillingA. DolgolenkoM.J. DolinskiJ. EcheversW. Fairbank Jr.D. FairbankJ. FarineS. FeyzbakhshP. FierlingerY.S. FuD. FudenbergP. GautamR. GorneaG. GrattaC. HallE.V. HansenJ. HoesslP. HufschmidtM. HughesA. IversonA. JamilC. JessimanM.J. JewellA. JohnsonA. KarelinL.J. KaufmanT. KoffasR. KrückenA. KuchenkovK.S. KumarY. LanA. LarsonB.G. LenardoD.S. LeonardG.S. LiS. LiZ. LiC. LicciardiY.H. LinR. MacLellanT. McElroyT. MichelB. MongD.C. MooreK. MurrayO. NjoyaO. NusairA. OdianI. OstrovskiyA. PernaA. PiepkeA. PocarF. RetièreA.L. RobinsonP.C. RowsonJ. RungeS. SchmidtD. SinclairK. SkarpaasA.K. SomaV. StekhanovM. TarkaS. ThibadoJ. ToddT. TolbaT.I. TotevR. TsangB. VeenstraV. VeeraraghavanP. VogelJ.-L. VuilleumierM. WagenpfeilJ. WatkinsM. WeberL.J. WenU. WichoskiG. WredeS.X. Wu

A Highly Drift-Stable Atomic Magnetometer for Fundamental Physics Experiments. Applied Physics Letters (2022)

M. RosnerD. BeckP. FierlingerH. FilterC. KlauF. KuchlerP. RößnerM. SturmD. WurmZ. Sun

Ultracold Neutron Storage in a Bottle Coated With the Fluoropolymer Cytop. The European Physical Journal A (2022)

Thomas NeulingerDouglas BeckEuan ConnollySkyler DegenkolbPeter FierlingerHanno FilterJürgen HingerlPontus NordinThomas SaerbeckOliver Zimmer

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