Faculty

Institution

Unit

Venue

Gerard P. Gilfoyle

Professor of Physics Robert Edward and Lena Frazer Loving Chair of Physics

University of Richmond

Affiliations

School of Arts & Sciences

Department Of Physics

Gerard P. Gilfoyle is currently serving as a Physics Professor of Physics Robert Edward and Lena Frazer Loving Chair of Physics at University of Richmond.

Honors

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Experiences

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Education

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Gerard P. Gilfoyle

University of Richmond

Professor of Physics Robert Edward and Lena Frazer Loving Chair of Physics

You can click a keyword to filter the displayed items

physics nuclear physics particle physics nuclear science high energy physics experimental physics high-energy nuclear reaction atomic physics elementary particles applied physics instrumentation accelerator technology accelerator physics neutron scattering lepton-nucleon scattering hadron physic technology biophysics neutron stars neutrinos time series bayesian analysis scientific computing scientific data computational physics rational mechanic modern physics high energy density physics quantum chemistry atomic spectroscopy weak interactions analytical instrumentation radiation detection data-driven science classical mechanics many-body problem fermi momentum majority fermions imbalanced fermi systems jefferson laboratory neutrino oscillation measurements electron-beam energy reconstruction event reconstruction pentaquark signals clas data azimuth-dependent suppression hadron pairs nuclear chemistry science advance mathematical physics chemistry education informatics history and philosophy of science natural computing science and technology studies computational science computing education physic education scientific communication nuclear materials nuclear fusion

Notable Scholarly Works

Notable Federal Grants

Collaborators

First Study of the Nuclear Response to Fast Hadrons via Angular Correlations Between Pions and Slow Protons in Electron-Nucleus Scattering. Phys.Lett.B (2026)

particle physicsphysicsnuclear physicshigh energy physicsnuclear sciencehadron physicelementary particles

Observation of Azimuth-Dependent Suppression of Hadron Pairs in Electron Scattering Off Nuclei. Physical Review Letters (2022)

SJ PaulS MoránM ArratiaA El AlaouiH HakobyanW Brooks...

hadron pairsnuclear physicsazimuth-dependent suppressionparticle physics

Electron-Beam Energy Reconstruction for Neutrino Oscillation Measurements. Nature (2021)

M. KhachatryanA. PapadopoulouA. AshkenaziF. HauensteinA. NambrathA. HrnjicL. B. WeinsteinO. HenE. PiasetzkyM. BetancourtS. DytmanK. MahnP. ColomaS. AdhikariM. J. AmaryanGiovanni AngeliniH. AtacL. BarionM. BattaglieriI. BedlinskiyA. BeckF. BenmokhtarA. BianconiA. S. BiselliF. BossuS. BoiarinovW. J. BriscoeW. K. BrooksD. BulumullaV. D. BurkertD. S. CarmanJ. C. CarvajalA. CelentanoP. ChatagnonV. ChesnokovT. ChetryG. CiulloL. ClarkB. A. ClaryE. O. CohenP. L. ColeM. ContalbrigoV. CredeR. Cruz-TorresA. D’AngeloN. DashyanR. De VitaM. DefurneA. DennistonA. DeurS. DiehlC. DjalaliM. DuerR. DupreH. EgiyanM. EhrhartA. El AlaouiL. El FassiL. ElouadrhiriP. EugenioR. FerschA. FilippiT. A. ForestG. GavalianG. P. GilfoyleK. L. GiovanettiF. X. GirodD. I. GlazierE. GolovatchR. W. GotheK. A. GriffioenM. GuidalL. GuoH. HakobyanM. HattawyT. B. HaywardD. HeddleK. HicksA. HobartM. HoltropY. IlievaD. G. IrelandB. S. IshkhanovE. L. IsupovH. S. JoK. JooD. KellerA. KhanalM. KhandakerC. W. KimW. KimI. KoroverV. KubarovskyS. E. KuhnL. LanzaM. LealiP. LenisaK. LivingstonI. J. D. MacGregorD. Marchand

biophysicsparticle physicsneutrino oscillation measurementsnuclear physicsatomic physicselectron-beam energy reconstruction

Probing the Core of the Strong Nuclear Interaction. Nature (2020)

physicsnuclear physicsnuclear sciencehigh-energy nuclear reaction

The Clas12 Software Framework and Event Reconstruction. Nuclear Instruments and Methods in Physics Research Section A Accelerators Spectrometers Detectors and Associated Equipment (2020)

V. ZieglerN.A. BaltzellF. BossùD.S. CarmanP. ChatagnonM. ContalbrigoR. de VitaM. DefurneG. GavalianG.P. GilfoyleD.I. GlazierY. GotraV. GyurjyanN. HarrisonD. HeddleA. HobartS. JoostenA. KimN. MarkovS. MancillaM.D. MestayerJ. NewtonW. PhelpsS. NiccolaiD. SokhanM. Ungaro

accelerator technologyparticle physicsaccelerator physicsphysicsnuclear physicsnuclear scienceevent reconstructioninstrumentation

The Clas12 Spectrometer at Jefferson Laboratory. Nuclear Instruments and Methods in Physics Research Section A Accelerators Spectrometers Detectors and Associated Equipment (2020)

V.D. BurkertL. ElouadrhiriK.P. AdhikariS. AdhikariM.J. AmaryanD. AndersonG. AngeliniM. AntonioliH. AtacS. AuneH. AvakianC. Ayerbe GayosoN. BaltzellL. BarionM. BattaglieriV. BaturinI. BedlinskiyF. BenmokhtarA. BianconiA.S. BiselliP. BonneauF. BossùS. BoyarinovW.J. BriscoeW.K. BrooksK. BruhwelD.S. CarmanA. CelentanoG. CharlesP. ChatagnonT. ChetryG. ChristiaensS. ChristoG. CiulloB.A. ClaryP.L. ColeM. ContalbrigoM. CookV. CredeR. Cruz-TorresC. CuevasA. D’AngeloN. DashyanM. DefurneA. DeurR. De VitaS. DiehlC. DjalaliG. DodgeR. DupreM. EhrhartL. El FassiB. EngT. EwingR. FairG. FedotovA. FilippiT.A. ForestM. GarçonG. GavalianP. GhoshalG.P. GilfoyleK. GiovanettiF.X. GirodD.I. GlazierE. GolovatchR.W. GotheY. GotraK.A. GriffioenM. GuidalV. GyurjyanK. HafidiH. HakobyanC. HanrettyN. HarrisonM. HattawyF. HauensteinT.B. HaywardD. HeddleP. HemlerO.A. HenK. HicksA. HobartJ. HoganM. HoltropY. IlievaI. IllariD. InsleyD.G. IrelandB.S. IshkhanovE.L. IsupovG. JacobsH.S. JoR. JohnstonK. JooS. JoostenT. KageyaD. KashyC. KeithD. Keller

accelerator technologyaccelerator physicsphysicsnuclear physicstechnologyatomic physicsnuclear scienceradiation detectionanalytical instrumentationapplied physicsjefferson laboratoryinstrumentation

Modified Structure of Protons and Neutrons in Correlated Pairs. Nature (2019)

high-energy nuclear reactionparticle physicsphysicsnuclear physicshigh energy physicsnuclear science

Future Measurements of the Nucleon Elastic Electromagnetic Form Factors at Jefferson Lab. EPJ Web of Conferences (2018)

high-energy nuclear reactionparticle physicselectromagnetismphysicsnuclear physicshigh energy physicsnuclear sciencelepton-nucleon scatteringexperimental physics

Measurement of the Q2 Dependence of the Deuteron Spin Structure Function G1 and Its Moments at Low Q2 With Clas.. Phys. Rev. Lett. (2018)

high-energy nuclear reactionparticle physicsphysicsnuclear physicshigh energy physicsexperimental physics

Probing High-Momentum Protons and Neutrons in Neutron-Rich Nuclei.. Nature (2018)

particle physicsphysicsnuclear physicshigh energy physicsnuclear scienceneutron scatteringexperimental physics

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Gerard P. Gilfoyle

Professor of Physics Robert Edward and Lena Frazer Loving Chair of Physics

University of Richmond

Affiliations

School of Arts & Sciences

Department Of Physics

Gerard P. Gilfoyle is currently serving as a Physics Professor of Physics Robert Edward and Lena Frazer Loving Chair of Physics at University of Richmond.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Gerard P. Gilfoyle

University of Richmond

Professor of Physics Robert Edward and Lena Frazer Loving Chair of Physics

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

First Study of the Nuclear Response to Fast Hadrons via Angular Correlations Between Pions and Slow Protons in Electron-Nucleus Scattering. Phys.Lett.B (2026)

particle physicsphysicsnuclear physicshigh energy physicsnuclear sciencehadron physicelementary particles

Observation of Azimuth-Dependent Suppression of Hadron Pairs in Electron Scattering Off Nuclei. Physical Review Letters (2022)

SJ PaulS MoránM ArratiaA El AlaouiH HakobyanW Brooks...

hadron pairsnuclear physicsazimuth-dependent suppressionparticle physics

Electron-Beam Energy Reconstruction for Neutrino Oscillation Measurements. Nature (2021)

biophysicsparticle physicsneutrino oscillation measurementsnuclear physicsatomic physicselectron-beam energy reconstruction

Probing the Core of the Strong Nuclear Interaction. Nature (2020)

physicsnuclear physicsnuclear sciencehigh-energy nuclear reaction

The Clas12 Software Framework and Event Reconstruction. Nuclear Instruments and Methods in Physics Research Section A Accelerators Spectrometers Detectors and Associated Equipment (2020)

accelerator technologyparticle physicsaccelerator physicsphysicsnuclear physicsnuclear scienceevent reconstructioninstrumentation

The Clas12 Spectrometer at Jefferson Laboratory. Nuclear Instruments and Methods in Physics Research Section A Accelerators Spectrometers Detectors and Associated Equipment (2020)

accelerator technologyaccelerator physicsphysicsnuclear physicstechnologyatomic physicsnuclear scienceradiation detectionanalytical instrumentationapplied physicsjefferson laboratoryinstrumentation

Modified Structure of Protons and Neutrons in Correlated Pairs. Nature (2019)

high-energy nuclear reactionparticle physicsphysicsnuclear physicshigh energy physicsnuclear science

Future Measurements of the Nucleon Elastic Electromagnetic Form Factors at Jefferson Lab. EPJ Web of Conferences (2018)

high-energy nuclear reactionparticle physicselectromagnetismphysicsnuclear physicshigh energy physicsnuclear sciencelepton-nucleon scatteringexperimental physics

Measurement of the Q2 Dependence of the Deuteron Spin Structure Function G1 and Its Moments at Low Q2 With Clas.. Phys. Rev. Lett. (2018)

high-energy nuclear reactionparticle physicsphysicsnuclear physicshigh energy physicsexperimental physics

Probing High-Momentum Protons and Neutrons in Neutron-Rich Nuclei.. Nature (2018)

particle physicsphysicsnuclear physicshigh energy physicsnuclear scienceneutron scatteringexperimental physics

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10 / page