Faculty

Institution

Unit

Venue

Justin Frantz

Associate Professor

Ohio University

Affiliations

College of Arts and Sciences

Physics & Astronomy

Justin Frantz is currently serving as a College Of Arts And Sciences Associate Professor at Ohio University.

Honors

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Experiences

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Education

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Justin Frantz

Ohio University

Associate Professor

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particle physics physics high energy physics applied physics nuclear physics atomic physics elementary particles materials science nuclear science high-energy nuclear reaction lepton-nucleon scattering applied mathematics math xmlns hadron physic high energy density physics experimental physics collider physics mathematical physics quantum science gravitational physics centrality dependence meson spectroscopy heavy quark physics heavy ion physic non-perturbative qcd quantum field theory photonics condensed matter physics nuclear decays accelerator technology general relativity direct photons forward rapidity space weather computational physics particle beam photon statistic particle accelerators accelerator physics collision detection phenix experiment phenix collaboration double-helicity asymmetry modern physics benchmark studies unified field theory black holes collision centrality nuclear modification elliptic flow plasma physics numerical simulations synchrotron radiation optical physics electron spectroscopy electron physic double beta decay heavy flavour physic spin phenomenon spin dynamics quantum chromodynamics quantum photonics high temperature qcd bnl rhic dalitz decays nucleon-nucleon collisions nuclear effects nuclear dependence au+au collisions mathematical sciences quantum chemistry statistical mechanics fluid science computer algebra parameter identification lunar science

Notable Scholarly Works

Notable Federal Grants

Collaborators

Centrality Dependence of LéVy-Stable Two-Pion Bose-Einstein Correlations in $\Sqrt{S_{_{Nn}}}=200$ Gev Au$+$Au Collisions. arXiv (Cornell University) (2024)

N.J AbdulameerU AcharyaA AdareC AidalaN.N AjitanandY AkibaR AkimotoH Al-Ta'AniJ AlexanderA AngeramiK AokiN ApadulaY AramakiH AsanoE.C AschenauerE.T AtomssaT.C AwesB AzmounV BabintsevM BaiB BannierK.N BarishB BassalleckS BatheV BaublisS BaumgartA BazilevskyR BelmontR BelmontA BerdnikovY BerdnikovL BichonB BlankenshipD.S BlauJ.S BokV BorisovK BoyleM.L BrooksH BueschingV BumazhnovS ButsykS CampbellP CasteraC.-H ChenD ChenM ChiuC.Y ChiI.J ChoiJ.B ChoiS ChoiR.K ChoudhuryP ChristiansenT ChujoO ChvalaV CiancioloZ CitronB.A ColeM ConnorsM ConnorsR CorlissM CsanádT CsörgoL d'OrazioS DairakuA DattaM.S DaugherityG DavidA DenisovA DeshpandeE.J DesmondK.V DharmawardaneO DietzschL DingA DionM DonadelliV DoomraO DrapierA DreesK.A DreesJ.M DurhamA DurumS EdwardsY.V EfremenkoT EngelmoreA EnokizonoR EshaK.O EyserB FademD.E FieldsM FingerM FingerD FirakD FitzgeraldF FleuretS.L FokinJ.E FrantzA FranzA.D FrawleyY FukaoT Fusayasu

physicshigh energy physicsatomic physicsnuclear physicsparticle physicsquantum sciencequantum mechanicsmany-body problemtheoretical high-energy physicscentrality dependencequantum entanglementau collisions

Charm- and Bottom-Quark Production in Au+Au Collisions at S N N = 200 Gev. Physical review. C (2024)

N. J. AbdulameerU. AcharyaA. AdareC. AidalaN. N. AjitanandY. AkibaM. AlfredN. ApadulaH. AsanoB. AzmounV. BabintsevM. BaiN. S. BandaraB. BannierK. N. BarishS. BatheA. BazilevskyM. BeaumierS. BeckmanR. BelmontA. BerdnikovY. BerdnikovL. BichonB. BlankenshipD. S. BlauJ. S. BokV. BorisovK. BoyleM. L. BrooksJ. BryslawskyjV. BumazhnovS. CampbellV. Canoa RomanC.-H. ChenM. ChiuC. Y. ChiI. J. ChoiJ. B. ChoiT. ChujoZ. CitronM. ConnorsR. CorlissY. Corrales MoralesM. CsanádT. CsörgőT. W. DanleyA. DattaM. S. DaugherityG. DavidC. T. DeanK. DeBlasioK. DehmeltA. DenisovA. DeshpandeE. J. DesmondA. DionP. B. DissJ. H. DoV. DoomraA. DreesK. A. DreesJ. M. DurhamA. DurumA. EnokizonoR. EshaB. FademW. FanN. FeegeD. E. FieldsM. FingerM. FingerD. FirakD. FitzgeraldS. L. FokinJ. E. FrantzA. FranzA. D. FrawleyP. GallusC. GalP. GargH. GeM. GilesF. GiordanoA. GlennY. GotoN. GrauS. V. GreeneM. Grosse PerdekampT. GunjiT. HachiyaJ. S. HaggertyK. I. HahnH. HamagakiH. F. HamiltonJ. HanksS. Y. HanM. HarveyS. HasegawaT. O. S. HaselerK. Hashimoto

physicsheavy quark physicsinvariant yieldhigh energy physicsbottom-quark productionhigh energy density physicsparticle physicsheavy flavour physicheavy ion physicbottom hadron decayshigh-energy nuclear reactionapplied physicselementary particles

Nonprompt Direct-Photon Production in Au + Au Collisions at S N N = 200 Gev. Physical Review C (2024)

N. J. AbdulameerU. AcharyaA. AdareC. AidalaN. N. AjitanandY. AkibaM. AlfredN. ApadulaH. AsanoB. AzmounV. BabintsevM. BaiN. S. BandaraB. BannierK. N. BarishS. BatheA. BazilevskyM. BeaumierS. BeckmanR. BelmontA. BerdnikovY. BerdnikovL. BichonB. BlankenshipD. S. BlauJ. S. BokV. BorisovK. BoyleM. L. BrooksJ. BryslawskyjV. BumazhnovS. CampbellV. Canoa RomanC.-H. ChenM. ChiuC. Y. ChiI. J. ChoiJ. B. ChoiT. ChujoZ. CitronM. ConnorsR. CorlissY. Corrales MoralesM. CsanádT. CsörgőT. W. DanleyA. DattaM. S. DaugherityG. DavidC. T. DeanK. DeBlasioK. DehmeltA. DenisovA. DeshpandeE. J. DesmondA. DionP. B. DissJ. H. DoV. DoomraA. DreesK. A. DreesJ. M. DurhamA. DurumA. EnokizonoR. EshaB. FademW. FanN. FeegeD. E. FieldsM. FingerM. FingerD. FirakD. FitzgeraldS. L. FokinJ. E. FrantzA. FranzA. D. FrawleyP. GallusC. GalP. GargH. GeM. GilesF. GiordanoA. GlennY. GotoN. GrauS. V. GreeneM. Grosse PerdekampT. GunjiT. GuoT. HachiyaJ. S. HaggertyK. I. HahnH. HamagakiH. F. HamiltonJ. HanksS. Y. HanM. HarveyS. HasegawaT. O. S. Haseler

physics-scaled direct photonslepton-nucleon scatteringphoton statistichigh energy physicsparticle physicscollider physicsnonprompt direct photonssynchrotron radiationdirect photonsapplied physicsphotonics

Ecce Sensitivity Studies for Single Hadron Transverse Single Spin Asymmetry Measurements. Nuclear Instruments and Methods in Physics Research Section A Accelerators Spectrometers Detectors and Associated Equipment (2023)

R. SeidlA. VladimirovD. PitonyakA. ProkudinJ.K. AdkinsY. AkibaA. AlbatainehM. AmaryanI.C. ArseneC. Ayerbe GayosoJ. BaeX. BaiM.D. BakerM. BashkanovR. BellwiedF. BenmokhtarV. BerdnikovJ.C. BernauerF. BockW. BoeglinM. BorysovaE. BrashP. BrindzaW.J. BriscoeM. BrooksS. BueltmannM.H.S. BukhariA. BylinkinR. CapobiancoW.-C. ChangY. CheonK. ChenK.-F. ChenK.-Y. ChengM. ChiuT. ChujoZ. CitronE. ClineE. CohenT. CormierY. Corrales MoralesC. CottonJ. CraftsC. CrawfordS. CreekmoreC. CuevasJ. CunninghamG. DavidC.T. DeanM. DemarteauS. DiehlN. DoshitaR. DupréJ.M. DurhamR. DzhygadloR. EhlersL. El FassiA. EmmertR. EntC. FanelliR. FatemiS. FeganM. FingerM. FingerJ. FrantzM. FriedmanI. FriscicD. GangadharanS. GardnerK. GatesF. GeurtsR. GilmanD. GlazierE. GlimosY. GotoN. GrauS.V. GreeneA.Q. GuoL. GuoS.K. HaJ. HaggertyT. HaywardX. HeO. HenD.W. HiginbothamM. HoballahT. HornA. HoghmrtsyanP.-h.J. HsuJ. HuangG. HuberA. HutsonK.Y. HwangC.E. HydeM. InabaT. IwataH.S. JoK. JooN. KalantariansG. Kalicy

physicsnuclear physicsparticle physicsaccelerator technologyecce sensitivity studies

ERRATUM: Lévy-Stable Two-Pion Bose-Einstein Correlations in S N N = 200 Gev Au + Au Collisions [Phys. Rev. C 97, 064911 (2018)]. Physical review. C (2023)

A. AdareC. AidalaN. N. AjitanandY. AkibaR. AkimotoJ. AlexanderM. AlfredH. Al-Ta'aniA. AngeramiK. AokiN. ApadulaY. AramakiH. AsanoE. C. AschenauerE. T. AtomssaT. C. AwesB. AzmounV. BabintsevA. BagolyM. BaiB. BannierK. N. BarishB. BassalleckS. BatheV. BaublisS. BaumgartA. BazilevskyR. BelmontA. BerdnikovY. BerdnikovD. S. BlauM. BoerJ. S. BokK. BoyleM. L. BrooksJ. BryslawskyjH. BueschingV. BumazhnovS. ButsykS. CampbellV. Canoa RomanP. CasteraC.-H. ChenC. Y. ChiM. ChiuI. J. ChoiJ. B. ChoiS. ChoiR. K. ChoudhuryP. ChristiansenT. ChujoO. ChvalaV. CiancioloZ. CitronB. A. ColeM. ConnorsM. CsanádT. CsörgőS. DairakuT. W. DanleyA. DattaM. S. DaugherityG. DavidK. DeBlasioK. DehmeltA. DenisovA. DeshpandeE. J. DesmondK. V. DharmawardaneO. DietzschL. DingA. DionJ. H. DoM. DonadelliL. D'OrazioO. DrapierA. DreesK. A. DreesJ. M. DurhamA. DurumS. EdwardsY. V. EfremenkoT. EngelmoreA. EnokizonoS. EsumiK. O. EyserB. FademW. FanN. FeegeD. E. FieldsM. FingerM. FingerF. FleuretS. L. FokinJ. E. FrantzA. FranzA. D. FrawleyY. FukaoY. FukudaT. Fusayasu

physicsmaterials scienceatomic physicsnuclear physicsparticle physicsquantum sciencecondensed matter physicsgeneral relativityquantum information science

Evaluation of Longitudinal Double-Spin Asymmetry Measurements in Semi-Inclusive Deep-Inelastic Scattering From the Proton for the Ecce Detector Design. Nuclear Instruments and Methods in Physics Research Section A Accelerators Spectrometers Detectors and Associated Equipment (2023)

C Van HulseJK AdkinsY AkibaA AlbatainehM AmaryanIC Arsene...

physicssemi-inclusive deep-inelastic scatteringatomic physicsnuclear physicsparticle physicsaccelerator technologynuclear scienceparticle acceleratorsspectroscopyradiation detectionapplied physicsaccelerator physicsecce detector designinstrumentation

Measurement of Direct-Photon Cross Section and Double-Helicity Asymmetry at S = 510 Gev in P → + P → Collisions. Physical Review Letters (2023)

N. J. AbdulameerU. AcharyaA. AdareC. AidalaN. N. AjitanandY. AkibaR. AkimotoM. AlfredN. ApadulaY. AramakiH. AsanoE. T. AtomssaT. C. AwesB. AzmounV. BabintsevM. BaiN. S. BandaraB. BannierK. N. BarishS. BatheA. BazilevskyM. BeaumierS. BeckmanR. BelmontA. BerdnikovY. BerdnikovL. BichonD. BlackB. BlankenshipJ. S. BokV. BorisovK. BoyleM. L. BrooksJ. BryslawskyjH. BueschingV. BumazhnovS. CampbellV. Canoa RomanC.-H. ChenM. ChiuC. Y. ChiI. J. ChoiJ. B. ChoiT. ChujoZ. CitronM. ConnorsR. CorlissY. Corrales MoralesM. CsanádT. CsörgőA. DattaM. S. DaugherityG. DavidC. T. DeanK. DeBlasioK. DehmeltA. DenisovA. DeshpandeE. J. DesmondL. DingA. DionV. DoomraJ. H. DoA. DreesK. A. DreesJ. M. DurhamA. DurumH. En’yoA. EnokizonoR. EshaB. FademW. FanN. FeegeD. E. FieldsM. FingerM. FingerD. FirakD. FitzgeraldS. L. FokinJ. E. FrantzA. FranzA. D. FrawleyP. GallusC. GalP. GargH. GeM. GilesF. GiordanoA. GlennY. GotoN. GrauS. V. GreeneM. Grosse PerdekampT. GunjiH. GuragainY. GuT. HachiyaJ. S. HaggertyK. I. HahnH. Hamagaki

physicsphoton statisticgravitational physicshigh energy physicsdouble-helicity asymmetry a_particle physicsdouble-helicity asymmetrygluon helicitylightwave technologyapplied physicsoptic designelementary particles

Measurement of ϕ -Meson Production in Cu + Au Collisions at S N N = 200 Gev and U + U Collisions at S N N = 193 Gev. Physical review. C (2023)

N. J. AbdulameerU. AcharyaC. AidalaN. N. AjitanandY. AkibaR. AkimotoJ. AlexanderM. AlfredM. AlibordiK. AokiN. ApadulaH. AsanoE. T. AtomssaT. C. AwesB. AzmounV. BabintsevM. BaiX. BaiB. BannierK. N. BarishS. BatheV. BaublisC. BaumannS. BaumgartA. BazilevskyM. BeaumierR. BelmontA. BerdnikovY. BerdnikovL. BichonD. BlackB. BlankenshipD. S. BlauJ. S. BokV. BorisovK. BoyleM. L. BrooksJ. BryslawskyjH. BueschingV. BumazhnovS. ButsykS. CampbellV. Canoa RomanC.-H. ChenM. ChiuC. Y. ChiI. J. ChoiJ. B. ChoiS. ChoiP. ChristiansenT. ChujoV. CiancioloB. A. ColeM. ConnorsR. CorlissY. Corrales MoralesN. CroninN. CrossetteM. CsanádT. CsörgőL. D'OrazioA. DattaM. S. DaugherityG. DavidC. T. DeanK. DehmeltA. DenisovA. DeshpandeE. J. DesmondL. DingV. DoomraJ. H. DoO. DrapierA. DreesK. A. DreesJ. M. DurhamA. DurumT. EngelmoreA. EnokizonoR. EshaK. O. EyserB. FademW. FanD. E. FieldsM. FingerM. FingerD. FirakD. FitzgeraldF. FleuretS. L. FokinJ. E. FrantzA. FranzA. D. FrawleyY. FukaoT. FusayasuK. GaineyC. GalP. GargA. GarishviliI. Garishvili

physicsparticle physicsmeasurementmeson spectroscopy

Measurements of Second-Harmonic Fourier Coefficients From Azimuthal Anisotropies in P + P, P + Au, D + Au, and He 3 + Au Collisions at S N N = 200 Gev. Physical review. C (2023)

N. J. AbdulameerU. AcharyaA. AdareC. AidalaN. N. AjitanandY. AkibaM. AlfredV. AndrieuxK. AokiN. ApadulaH. AsanoC. AyusoB. AzmounV. BabintsevM. BaiN. S. BandaraB. BannierK. N. BarishS. BatheA. BazilevskyM. BeaumierS. BeckmanR. BelmontA. BerdnikovY. BerdnikovL. BichonB. BlankenshipD. S. BlauM. BoerJ. S. BokV. BorisovK. BoyleM. L. BrooksJ. BryslawskyjV. BumazhnovC. ButlerS. CampbellV. Canoa RomanR. CervantesC.-H. ChenM. ChiuC. Y. ChiI. J. ChoiJ. B. ChoiT. ChujoZ. CitronM. ConnorsR. CorlissY. Corrales MoralesN. CroninM. CsanádT. CsörgőL. D. LiuT. W. DanleyA. DattaM. S. DaugherityG. DavidC. T. DeanK. DeBlasioK. DehmeltA. DenisovA. DeshpandeE. J. DesmondA. DionP. B. DissD. DixitV. DoomraJ. H. DoA. DreesK. A. DreesM. DumancicJ. M. DurhamA. DurumT. ElderH. En'yoA. EnokizonoR. EshaB. FademW. FanN. FeegeD. E. FieldsM. FingerM. FingerD. FirakD. FitzgeraldS. L. FokinJ. E. FrantzA. FranzA. D. FrawleyY. FukudaP. GallusC. GalP. GargH. GeM. GilesF. GiordanoA. GlennY. GotoN. GrauS. V. Greene

physicssecond-harmonic fourier coefficientsparticle physicsazimuthal anisotropies

Transverse Single-Spin Asymmetry of Charged Hadrons at Forward and Backward Rapidity in Polarized $P$+$P$, $P$+Al, and $P$+Au Collisions at $\Sqrt{S_{Nn}}=200$ Gev}. arXiv (Cornell University) (2023)

N. J. AbdulameerU. AcharyaC. AidalaY. AkibaM. AlfredV. AndrieuxN. ApadulaH. AsanoB. AzmounV. BabintsevN. S. BandaraK. N. BarishS. BatheA. BazilevskyM. BeaumierR. BelmontA. BerdnikovY. BerdnikovL. BichonB. BlankenshipD. S. BlauJ. S. BokV. BorisovM. L. BrooksJ. BryslawskyjV. BumazhnovS. CampbellV. Canoa RomanR. CervantesM. ChiuC. Y. ChiI. J. ChoiJ. B. ChoiZ. CitronM. ConnorsR. CorlissY. Corrales MoralesN. CroninM. CsanádT. CsörgőT. W. DanleyM. S. DaugherityG. DavidC. T. DeanK. DeBlasioK. DehmeltA. DenisovA. DeshpandeE. J. DesmondA. DionD. DixitV. DoomraJ. H. DoA. DreesK. A. DreesJ. M. DurhamA. DurumH. En'yoA. EnokizonoR. EshaB. FademW. FanN. FeegeD. E. FieldsM. Finger,M. FingerD. FirakD. FitzgeraldS. L. FokinJ. E. FrantzA. FranzA. D. FrawleyY. FukudaP. GallusC. GalP. GargH. GeM. GilesF. GiordanoY. GotoN. GrauS. V. GreeneM. Grosse PerdekampT. GunjiH. GuragainT. HachiyaJ. S. HaggertyK. I. HahnH. HamagakiH. F. HamiltonJ. HanksS. Y. HanM. HarveyS. HasegawaT. O. S. HaselerT. K. HemmickX. HeJ. C. HillK. HillA. Hodges

physicshadron physiccharged hadronslepton-nucleon scatteringhigh energy physicsparticle physicsexperimental physicsnon-perturbative qcdtransverse single-spin asymmetrytransverse single-spin asymmetriesapplied physicselementary particles

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Justin Frantz

Associate Professor

Ohio University

Affiliations

College of Arts and Sciences

Physics & Astronomy

Justin Frantz is currently serving as a College Of Arts And Sciences Associate Professor at Ohio University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Justin Frantz

Ohio University

Associate Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Centrality Dependence of LéVy-Stable Two-Pion Bose-Einstein Correlations in $\Sqrt{S_{_{Nn}}}=200$ Gev Au$+$Au Collisions. arXiv (Cornell University) (2024)

Charm- and Bottom-Quark Production in Au+Au Collisions at S N N = 200 Gev. Physical review. C (2024)

Nonprompt Direct-Photon Production in Au + Au Collisions at S N N = 200 Gev. Physical Review C (2024)

N. J. AbdulameerU. AcharyaA. AdareC. AidalaN. N. AjitanandY. AkibaM. AlfredN. ApadulaH. AsanoB. AzmounV. BabintsevM. BaiN. S. BandaraB. BannierK. N. BarishS. BatheA. BazilevskyM. BeaumierS. BeckmanR. BelmontA. BerdnikovY. BerdnikovL. BichonB. BlankenshipD. S. BlauJ. S. BokV. BorisovK. BoyleM. L. BrooksJ. BryslawskyjV. BumazhnovS. CampbellV. Canoa RomanC.-H. ChenM. ChiuC. Y. ChiI. J. ChoiJ. B. ChoiT. ChujoZ. CitronM. ConnorsR. CorlissY. Corrales MoralesM. CsanádT. CsörgőT. W. DanleyA. DattaM. S. DaugherityG. DavidC. T. DeanK. DeBlasioK. DehmeltA. DenisovA. DeshpandeE. J. DesmondA. DionP. B. DissJ. H. DoV. DoomraA. DreesK. A. DreesJ. M. DurhamA. DurumA. EnokizonoR. EshaB. FademW. FanN. FeegeD. E. FieldsM. FingerM. FingerD. FirakD. FitzgeraldS. L. FokinJ. E. FrantzA. FranzA. D. FrawleyP. GallusC. GalP. GargH. GeM. GilesF. GiordanoA. GlennY. GotoN. GrauS. V. GreeneM. Grosse PerdekampT. GunjiT. GuoT. HachiyaJ. S. HaggertyK. I. HahnH. HamagakiH. F. HamiltonJ. HanksS. Y. HanM. HarveyS. HasegawaT. O. S. Haseler

physicsnuclear physicsparticle physicsaccelerator technologyecce sensitivity studies

ERRATUM: Lévy-Stable Two-Pion Bose-Einstein Correlations in S N N = 200 Gev Au + Au Collisions [Phys. Rev. C 97, 064911 (2018)]. Physical review. C (2023)

physicsmaterials scienceatomic physicsnuclear physicsparticle physicsquantum sciencecondensed matter physicsgeneral relativityquantum information science

C Van HulseJK AdkinsY AkibaA AlbatainehM AmaryanIC Arsene...

Measurement of Direct-Photon Cross Section and Double-Helicity Asymmetry at S = 510 Gev in P → + P → Collisions. Physical Review Letters (2023)

Measurement of ϕ -Meson Production in Cu + Au Collisions at S N N = 200 Gev and U + U Collisions at S N N = 193 Gev. Physical review. C (2023)

physicsparticle physicsmeasurementmeson spectroscopy

Measurements of Second-Harmonic Fourier Coefficients From Azimuthal Anisotropies in P + P, P + Au, D + Au, and He 3 + Au Collisions at S N N = 200 Gev. Physical review. C (2023)

physicssecond-harmonic fourier coefficientsparticle physicsazimuthal anisotropies

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