Faculty

Institution

Unit

Venue

Claude Bernard

Professor Emeritus of Physics

Washington University in St. Louis

Affiliations

Arts & Sciences

Physics

Claude Bernard is currently serving as an Arts & Sciences Professor Emeritus of Physics at Washington University In St. Louis.

Honors

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Experiences

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Education

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Claude Bernard

Washington University in St. Louis

Professor Emeritus of Physics

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particle physics physics quantum chromodynamics high energy physics nuclear physics quantum field theory elementary particles theoretical physics non-perturbative qcd applied mathematics high temperature qcd heavy quark physics lattice field theory applied physics atomic physics experimental physics meson spectroscopy mathematics lattice theory lattice qcd mathematical physics decay constants form factors hadron physic math xmlns thermodynamics lattice calculation theoretical high-energy physics quantum science computational physics chiral perturbation theory quenched approximation semileptonic decays gauge field theory milc collaboration quantum mechanics modern physics heavy-light decay constants weak matrix elements gauge theory exotic state quark masses qcd thermodynamics form factor nuclear decays qcd spectrum fermilab action high energy density physics spectral theory nuclear science unified field theory lattice (order) gravitational physics black holes space weather localization energy institute numerical simulations combinatorial theory light science lunar science general relativity particle cosmology block designs trace elements photometry (optics) spectral analysis dirac operator energy development quantum simulation light scattering spectroscopy nonperturbative effects chiral lagrangians lattice gauge theory

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Hadronic Vacuum Polarization for the Muon $G-2$ From Lattice Qcd: Long-Distance and Full Light-Quark Connected Contribution. arXiv (Cornell University) (2024)

Bazavov, AlexeiBernard, Claude W.Clarke, David A.Davies, ChristineDeTar, CarletonEl-Khadra, Aida X.Gámiz, ElviraGottlieb, StevenGrebe, Anthony V.Hostetler, LeonJay, William I.Jeong, HwancheolKronfeld, Andreas S.Lahert, ShaunLaiho, JackLepage, G. PeterLynch, MichaelLytle, Andrew T.McNeile, CraigNeil, Ethan T.Peterson, Curtis T.Simone, James N.Sitison, Jacob W.Van de Water, Ruth S.Vaquero, Alejandro

physicstheoretical physicshadron physichigh energy physicsparticle physicsexperimental physicslong-distance windowindividual window contributionsastronomynon-perturbative qcdquantum field theorylattice scalequantum chromodynamicselementary particles

D Meson Semileptonic Decay Form Factors at $Q^2 = 0$. Proceedings of The 36th Annual International Symposium on Lattice Field Theory — PoS(LATTICE2018) (2019)

Ruizi LiA. BazavovC. DeTarC.W. BernardD. DuA.X. El-KhadraE. GámizSteven GottliebU.M. HellerJ. KomijaniA.S. KronfeldL J. LaihoP.B. MackenzieE.T. NeilT. PrimerJ.N. SimoneR.L. SugarD. ToussaintR.S. Van de WaterR. Zhou

physicstheoretical physicsform factorsheavy quark physicshigh energy physicsparticle physicsvector form factorvector form factorsquantum field theoryquantum chromodynamicsmeson spectroscopymathematicselementary particles

Lattice Computation of the Electromagnetic Contributions to Kaon and Pion Masses. Physical review. D/Physical review. D. (2019)

S. BasakA. BazavovC. BernardC. DeTarL. LevkovaE. FreelandSteven GottliebA. TorokU. M. HellerJ. LaihoJ. OsbornR. L. SugarD. ToussaintR. S. Van de WaterR. Zhou

lattice computationpion massesatomic physicsparticle physicselectromagnetic contributions

| V U S | From K ℓ 3 Decay and Four-Flavor Lattice Qcd. Physical review. D/Physical review. D. (2019)

A. BazavovC. BernardC. DeTarDaping DuA. X. El-KhadraE. D. FreelandE. GámizSteven GottliebU. M. HellerJ. KomijaniA. S. KronfeldJ. LaihoP. B. MackenzieE. T. NeilT. PrimerJ. N. SimoneR. SugarD. ToussaintR. S. Van de Water

computational mathematicsnoncommutative geometrymathematical physicsmath xmlnslattice spacingphysical quark massesapplied mathematicsmathematics

B S → K ℓ ν Decay From Lattice Qcd. Physical review. D/Physical review. D. (2019)

A. BazavovC. BernardC. DeTarDaping DuA. X. El-KhadraE. D. FreelandE. GámizZ. GelzerSteven GottliebU. M. HellerA. S. KronfeldJ. LaihoYuzhi LiuP. B. MackenzieY. MeuriceE. T. NeilJ. N. SimoneR. SugarD. ToussaintR. S. Van de WaterRan Zhou

physicsform factorshigh energy physicslattice qcdparticle physicsmathematical physicsnon-perturbative qcdhigh temperature qcddifferential decay rateapplied mathematicsquantum field theoryquantum chromodynamicsmeson spectroscopycomputational physicselementary particles

B- and D-Meson Leptonic Decay Constants and Quark Masses From Four-Flavor Lattice Qcd. arXiv (Cornell University) (2018)

Fermilab LatticeMILCTUMQCD Collaborations:A. BazavovC. BernardN. BrambillaN. BrownC. DeTarA. X. El-KhadraE. GámizSteven GottliebU. M. HellerJ. KomijaniA. S. KronfeldJ. LaihoP. M. MackenzieE. T. NeilJ. N. SimoneR. L. SugarD. ToussaintR. S. Van de WaterA. Vairo

physicstheoretical physicsheavy quark physicshigh energy physicsparticle physicsexperimental physicsquantum chromodynamicsleptonic decay constantshigh temperature qcdnon-perturbative qcdrecent lattice-qcd calculationbottom quarkquantum field theoryneutrinoselementary particles

Effects of Nonequilibrated Topological Charge Distributions on Pseudoscalar Meson Masses and Decay Constants. Physical review. D/Physical review. D. (2018)

C. BernardD. Toussaint

decay constantsparticle physicsmeson spectroscopypseudoscalar meson masses

B S → KℓV Form Factors With 2+1 Flavors. EPJ Web of Conferences (2018)

Yuzhi LiuJon A. BaileyA. BazavovC. BernardC. M. BouchardC. DeTarDaping DuA. X. El-KhadraE. D. FreelandE. GámizZ. GelzerSteven GottliebU. M. HellerA. S. KronfeldJ. LaihoP. B. MackenzieY. MeuriceE. T. NeilJ. N. SimoneR. SugarD. ToussaintR. S. Van de WaterRan Zhou

physicstheoretical physicsform factorsheavy quark physicshigh energy physicsheavy flavour physicparticle physicsexperimental physicsfinest lattice spacingsquantum field theoryintermediate lattice spacingapplied physicsquantum chromodynamicselementary particles

Semileptonic B -Meson Decays to Light Pseudoscalar Mesons on the Hisq Ensembles. EPJ Web of Conferences (2018)

Zechariah GelzerC. BernardC. De TarAX El-KhadraE. GámizSteven GottliebAndreas S. KronfeldYuzhi LiuY. MeuriceJ.N. SimoneD. ToussaintR.S. Van de WaterR. Zhou

hisq ensemblesparticle physicsmeson spectroscopyhigh energy physics

Short-Distance Matrix Elements for D 0 -Meson Mixing From N F = 2 + 1 Lattice Qcd. Physical review. D/Physical review. D. (2018)

A. BazavovC. BernardC. M. BouchardC. C. ChangC. DeTarD. DuA. X. El-KhadraE. D. FreelandE. GámizSteven GottliebU. M. HellerA. S. KronfeldJ. LaihoP. B. MackenzieE. T. NeilJ. N. SimoneR. SugarD. ToussaintR. S. Van de WaterR. Zhou

physicsfermilab interpretationcharm quarklattice field theoryhigh energy physicsparticle physicsmathematical physicshigh temperature qcdnon-perturbative qcdspectral theoryapplied mathematicsmath xmlnsquantum field theoryquantum chromodynamics

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Claude Bernard

Professor Emeritus of Physics

Washington University in St. Louis

Affiliations

Arts & Sciences

Physics

Claude Bernard is currently serving as an Arts & Sciences Professor Emeritus of Physics at Washington University In St. Louis.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Claude Bernard

Washington University in St. Louis

Professor Emeritus of Physics

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Hadronic Vacuum Polarization for the Muon $G-2$ From Lattice Qcd: Long-Distance and Full Light-Quark Connected Contribution. arXiv (Cornell University) (2024)

D Meson Semileptonic Decay Form Factors at $Q^2 = 0$. Proceedings of The 36th Annual International Symposium on Lattice Field Theory — PoS(LATTICE2018) (2019)

Lattice Computation of the Electromagnetic Contributions to Kaon and Pion Masses. Physical review. D/Physical review. D. (2019)

S. BasakA. BazavovC. BernardC. DeTarL. LevkovaE. FreelandSteven GottliebA. TorokU. M. HellerJ. LaihoJ. OsbornR. L. SugarD. ToussaintR. S. Van de WaterR. Zhou

lattice computationpion massesatomic physicsparticle physicselectromagnetic contributions

| V U S | From K ℓ 3 Decay and Four-Flavor Lattice Qcd. Physical review. D/Physical review. D. (2019)

computational mathematicsnoncommutative geometrymathematical physicsmath xmlnslattice spacingphysical quark massesapplied mathematicsmathematics

B S → K ℓ ν Decay From Lattice Qcd. Physical review. D/Physical review. D. (2019)

B- and D-Meson Leptonic Decay Constants and Quark Masses From Four-Flavor Lattice Qcd. arXiv (Cornell University) (2018)

Effects of Nonequilibrated Topological Charge Distributions on Pseudoscalar Meson Masses and Decay Constants. Physical review. D/Physical review. D. (2018)

C. BernardD. Toussaint

decay constantsparticle physicsmeson spectroscopypseudoscalar meson masses

B S → KℓV Form Factors With 2+1 Flavors. EPJ Web of Conferences (2018)

Semileptonic B -Meson Decays to Light Pseudoscalar Mesons on the Hisq Ensembles. EPJ Web of Conferences (2018)

Zechariah GelzerC. BernardC. De TarAX El-KhadraE. GámizSteven GottliebAndreas S. KronfeldYuzhi LiuY. MeuriceJ.N. SimoneD. ToussaintR.S. Van de WaterR. Zhou

hisq ensemblesparticle physicsmeson spectroscopyhigh energy physics

Short-Distance Matrix Elements for D 0 -Meson Mixing From N F = 2 + 1 Lattice Qcd. Physical review. D/Physical review. D. (2018)

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2
3
4
5
32
10 / page

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