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Unit

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Demetrius Margaziotis

California State University, Los Angeles

Affiliations

College of Natural and Social Sciences

Department Of Physics And Astronomy

NoneDemetrius Margaziotis is currently serving as a College Of Natural And Social Sciences faculty at California State University, Los Angeles.

Honors

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Experiences

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Education

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Demetrius Margaziotis

California State University, Los Angeles

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particle physics physics nuclear physics high energy physics applied physics lepton-nucleon scattering nuclear science experimental physics high-energy nuclear reaction materials science atomic physics elementary particles neutron scattering quantum chromodynamics quantum field theory math xmlns spin phenomenon cross section astronomy electromagnetism thin films quantum science particle beam magnetic resonance spin dynamics mathematical physics theoretical physics nature physic high energy density physics non-perturbative qcd polarization imaging wave scattering polarization measurements recoil polarization unique access transition distribution amplitudes collinear qcd description neutron radius nuclear materials nonlinear phenomena statistical mechanics synchrotron radiation space weather modern physics atomic spectroscopy electroweak interactions heavy quark physics meson spectroscopy high temperature qcd gravitational physics unified field theory field observations direct observation general relativity partially ordered set beam transport system spectroscopic methods analytical instrumentation benchmark studies precision measurement dynamic nuclear polarization neutron source neutron skin elastic scattering single spin asymmetries nucleon effective polarization twist-3 approximation twist-2 dominance momentum transfer dependence nuclear transparency

Notable Scholarly Works

Notable Federal Grants

Collaborators

Author Correction: Measurement of the Generalized Spin Polarizabilities of the Neutron in the Low-Q2 Region. Nature Physics (2022)

Vincent SulkoskyChao PengJian-ping ChenAlexandre DeurSergey AbrahamyanKonrad A. AniolDavid S. ArmstrongTodd AverettStephanie L. BaileyArie BeckPierre BertinFlorentin ButaruWerner BoeglinAlexandre CamsonneGordon D. CatesChia-Cheh ChangSeonho ChoiEugene ChudakovLuminita ComanJuan C. CornejoBrandon CraverFrancesco CusannoRaffaele De LeoCornelis W. de JagerJoseph D. DentonSeema DhamijaRobert FeuerbachJohn M. FinnSalvatore FrullaniKirsten FuotiHaiyan GaoFranco GaribaldiOlivier GayouRonald GilmanAlexander GlamazdinCharles GlashausserJavier GomezJens-Ole HansenDavid HayesF. William HersmanDouglas W. HiginbothamTimothy HolmstromThomas B. HumenskyCharles E. HydeHassan IbrahimMauro IodiceXiandong JiangLisa J. KaufmanAidan KelleherKathryn E. KeisterWooyoung KimAmeya KolarkarNorm KolbWolfgang KorschKevin KramerGerfried KumbartzkiLuigi LagambaVivien LainéGeraud LaveissiereJohn J. LeroseDavid LhuillierRichard LindgrenNilanga LiyanageHai-Jiang LuBin MaDemetrius J. MargaziotisPeter MarkowitzKathleen R. McCormickMehdi MezianeZein-Eddine MezianiRobert MichaelsBryan MoffitPeter MonaghanSirish NandaJennifer NiedzielaMikhail NiskinRonald PandolfiKent D. PaschkeMilan PotokarAndrew PuckettVina A. PunjabiYi QiangRonald D. RansomeBodo ReitzRikki RochéArun SahaAlexander ShabetaiSimon ŠircaJaideep T. SinghKarl SliferRyan SnyderPatricia SolvignonRobert StringerRamesh SubediWilliam A. TobiasNgyen TonPaul E. UlmerGuido Maria UrciuoliAntonin VacheretEric Voutier

physicsspin phenomenonneutron scatteringnuclear physicslow-q2 regiongeneralized spin polarizabilitiesnuclear scienceexperimental physicsquantum mechanicsmagnetic resonancehigh energy physicsparticle physicsauthor correction

Measurement of the 3He Spin-Structure Functions and of Neutron (3He) Spin-Dependent Sum Rules at 0.035 ≤ Q2 ≤ 0.24 Gev2. Physics Letters B (2020)

V. SulkoskyJ.T. SinghC. PengJ.-P. ChenA. DeurS. AbrahamyanK.A. AniolD.S. ArmstrongT. AverettS.L. BaileyA. BeckP. BertinF. ButaruW. BoeglinA. CamsonneG.D. CatesC.C. ChangSeonho ChoiE. ChudakovL. ComanJ.C. CornejoB. CraverF. CusannoR. De LeoC.W. de JagerJ.D. DentonS. DhamijaR. FeuerbachJ.M. FinnS. FrullaniK. FuotiH. GaoF. GaribaldiO. GayouR. GilmanA. GlamazdinC. GlashausserJ. GomezJ.-O. HansenD. HayesB. HersmanD.W. HiginbothamT. HolmstromT.B. HumenskyC.E. HydeH. IbrahimM. IodiceX. JiangL.J. KaufmanA. KelleherK.E. KeisterW. KimA. KolarkarN. KolbW. KorschK. KramerG. KumbartzkiL. LagambaV. LainéG. LaveissiereJ.J. LeroseD. LhuillierR. LindgrenN. LiyanageH.-J. LuB. MaD.J. MargaziotisP. MarkowitzK. McCormickM. MezianeZ.-E. MezianiR. MichaelsB. MoffitP. MonaghanS. NandaJ. NiedzielaM. NiskinR. PandolfiK.D. PaschkeM. PotokarA.J.R. PuckettV.A. PunjabiY. QiangR. RansomeB. ReitzR. RochéA. SahaA. ShabetaiS. ŠircaK. SliferR. SnyderP. SolvignonR. StringerR. SubediW.A. TobiasN. TonP.E. UlmerG.M. UrciuoliA. VacheretE. Voutier

physicsneutron scatteringspin-dependent partial cross-sectionnuclear physicshigh-energy nuclear reactionlepton-nucleon scatteringnuclear scienceexperimental physicsapplied physicscross-sections differencesresonance productionhigh energy physicsparticle physics

Unique Access to $U$-Channel Physics: Exclusive Backward-Angle Omega Meson Electroproduction. arXiv (Cornell University) (2019)

W.B. LiG.M. HuberH.P. BlokD. GaskellT. HornK. Semenov-Tian-ShanskyB. PireL. SzymanowskiJ.-M. LagetK. AniolJ. ArringtonE.J. BeiseW. BoeglinE.J. BrashH. BreuerC.C. ChangM.E. ChristyR. EntE.F. GibsonR.J. HoltS. JinM.K. JonesC.E. KeppelW. KimP.M. KingV. KovaltchoukJ. LiuG.J. LolosD.J. MackD.J. MargaziotisP. MarkowitzA. MatsumuraD. MeekinsT. MiyoshiH. MkrtchyanI. NiculescuY. OkayasuL. PentchevC. PerdrisatD. PotterveldV. PunjabiP.E. ReimerJ. ReinholdJ. RocheP.G. RoosA. SartySmithV. TadevosyanL.G. TangV. TvaskisJ. VolmerW. VulcanG. WarrenS.A. WoodC. XuX. Zheng

physicsquantum field theorynuclear physicstheoretical physicsquantum chromodynamicsunique accesslepton-nucleon scatteringcollinear qcd descriptionnon-perturbative qcdtransition distribution amplitudeshigh energy physicsparticle physicsmodern physics

Unique Access to U -Channel Physics: Exclusive Backward-Angle Omega Meson Electroproduction. Physical Review Letters (2019)

W. B. LiG. M. HuberH. P. BlokD. GaskellT. HornK. Semenov-Tian-ShanskyB. PireL. SzymanowskiJ.-M. LagetK. AniolJ. ArringtonE. J. BeiseW. BoeglinE. J. BrashH. BreuerC. C. ChangM. E. ChristyR. EntE. F. GibsonR. J. HoltS. JinM. K. JonesC. E. KeppelW. KimP. M. KingV. KovaltchoukJ. LiuG. J. LolosD. J. MackD. J. MargaziotisP. MarkowitzA. MatsumuraD. MeekinsT. MiyoshiH. MkrtchyanI. NiculescuY. OkayasuL. PentchevC. PerdrisatD. PotterveldV. PunjabiP. E. ReimerJ. ReinholdJ. RocheP. G. RoosA. SartyG. R. SmithV. TadevosyanL. G. TangV. TvaskisJ. VolmerW. VulcanG. WarrenS. A. WoodC. XuX. Zheng

physicsmeson spectroscopynuclear physicsquantum chromodynamicsunique accesstransition distribution amplitudeslepton-nucleon scatteringnuclear scienceelementary particlesapplied mathematicshigh energy physicsparticle physicscollinear qcd description

Jlab Measurements of the [Superscript 3]He Form Factors at Large Momentum Transfers. DSpace@MIT (Massachusetts Institute of Technology) (2017)

A. CamsonneA. T. KatramatouM. OlsonA. AchaK. AlladaB. D. AndersonJ. ArringtonA. BaldwinJ.-P. ChenS. ChoiE. ChudakovE. CisbaniB. CraverP. DecowskiC. DuttaE. FoltsS. FrullaniF. GaribaldiR. GilmanJ. GomezB. HahnJ.-O. HansenD. W. HiginbothamT. HolmstromM. IodiceX. JiangA. KelleherE. KhrosinkovaA. KievskyE. KuchinaG. KumbartzkiB. LeeJ. J. LeRoseR. A. LindgrenG. LottH. LuL. E. MarcucciD. J. MargaziotisP. MarkowitzS. MarroneD. MeekinsZ.-E. MezianiR. MichaelsB. NorumG. G. PetratosX. QianO. RondonA. SahaB. SawatzkyJ. SegalM. ShabestariA. ShahinyanP. SolvignonN. SparverisR. R. SubediR. SuleimanV. SulkoskyG. M. UrciuoliM. VivianiY. WangB. B. WojtsekhowskiX. YanH. YaoW.-M. ZhangX. ZhengL. ZhuJ. HuangBryan J MoffitAndrew James R. Puckett

physicsnuclear physicshigh-energy nuclear reactionjlab measurementsform factorslepton-nucleon scatteringlarge momentum transfersexperimental physicsapplied physicselementary particleshigh energy physicsparticle physics

Polarization Transfer Observables in Elastic Electron-Proton Scattering at Q[Superscript 2] = 2.5, 5.2, 6.8, and 8.5 Gev[Superscript 2]. DSpace@MIT (Massachusetts Institute of Technology) (2017)

A. J. R. PuckettE. J. BrashM. K. JonesW. LuoM. MezianeL. PentchevC. F. PerdrisatV. PunjabiF. R. WesselmannA. AfanasevA. AhmidouchI. AlbayrakK. A. AniolJ. ArringtonA. AsaturyanH. BaghdasaryanF. BenmokhtarW. BertozziL. BimbotP. BostedW. BoeglinC. ButuceanuP. CarterS. ChernenkoM. E. ChristyM. CommissoJ. C. CornejoS. CovrigS. DanagoulianA. DanielA. DavidenkoD. DayS. DhamijaD. DuttaR. EntS. FrullaniH. FenkerE. FrlezF. GaribaldiD. GaskellS. GiladR. GilmanY. GoncharenkoK. HafidiD. HamiltonD. W. HiginbothamW. HintonT. HornB. HuJ. HuangG. M. HuberE. JensenC. KeppelM. KhandakerP. KingD. KirillovM. KohlV. KravtsovG. KumbartzkiY. LiV. MamyanD. J. MargaziotisA. MarshY. MatulenkoJ. MaxwellG. MbiandaD. MeekinsY. MelnikJ. MillerA. MkrtchyanH. MkrtchyanB. MoffitO. MorenoJ. MulhollandA. NarayanS. NedevS. NuruzzamanE. PiasetzkyW. PierceN. M. PiskunovY. ProkR. D. RansomeD. S. RazinP. ReimerJ. ReinholdO. RondonM. ShabestariA. ShahinyanK. ShestermanovS. ŠircaI. SitnikL. SmykovG. SmithL. SolovyevP. SolvignonR. SubediE. Tomasi-GustafssonA. VasilievM. VeilleuxB. B. Wojtsekhowski

materials scienceparticle physicselastic electron-proton scatteringpolarization transfer observables

Publisher’s Note: Jlab Measurements of the He 3 Form Factors at Large Momentum Transfers [Phys. Rev. Lett. 119, 162501 (2017)]. Physical Review Letters (2017)

A. CamsonneA. T. KatramatouM. OlsonA. AchaK. AlladaB. D. AndersonJ. ArringtonA. BaldwinJ.-P. ChenS. ChoiE. ChudakovE. CisbaniB. CraverP. DecowskiC. DuttaE. FoltsS. FrullaniF. GaribaldiR. GilmanJ. GomezB. HahnJ.-O. HansenD. W. HiginbothamT. HolmstromJ. HuangM. IodiceX. JiangA. KelleherE. KhrosinkovaA. KievskyE. KuchinaG. KumbartzkiB. LeeJ. J. LeRoseR. A. LindgrenG. LottH. LuL. E. MarcucciD. J. MargaziotisP. MarkowitzS. MarroneD. MeekinsZ.-E. MezianiR. MichaelsB. MoffitB. NorumG. G. PetratosA. PuckettX. QianO. RondonA. SahaB. SawatzkyJ. SegalM. ShabestariA. ShahinyanP. SolvignonN. SparverisR. R. SubediR. SuleimanV. SulkoskyG. M. UrciuoliM. VivianiY. WangB. B. WojtsekhowskiX. YanH. YaoW.-M. ZhangX. ZhengL. Zhu

materials sciencebenchmark studiesparticle physicsjlab measurements

Rosenbluth Separation of the π 0 Electroproduction Cross Section Off the Neutron. Physical Review Letters (2017)

M. MazouzZ. AhmedH. AlbatainehK. AlladaK. A. AniolV. BelliniM. BenaliW. BoeglinP. BertinM. BrossardA. CamsonneM. CananS. ChandavarC. ChenJ.-P. ChenM. DefurneC. W. de JagerR. de LeoC. DesnaultA. DeurL. El FassiR. EntD. FlayM. FriendE. FucheyS. FrullaniF. GaribaldiD. GaskellA. GiusaO. GlamazdinS. GolgeJ. GomezO. HansenD. HiginbothamT. HolmstromT. HornJ. HuangM. HuangG. M. HuberC. E. HydeS. IqbalF. ItardHo. KangHy. KangA. KelleherC. KeppelS. KoiralaI. KoroverJ. J. LeRoseR. LindgrenE. LongM. MagneJ. MammeiD. J. MargaziotisP. MarkowitzA. Martí Jiménez-ArgüelloF. MeddiD. MeekinsR. MichaelsM. MihovilovicN. MuangmaC. Muñoz CamachoP. Nadel-TuronskiN. NuruzzamanR. ParemuzyanA. PuckettV. PunjabiY. QiangA. RakhmanM. N. H. RashadS. RiordanJ. RocheG. RussoF. SabatiéK. SaenboonruangA. SahaB. SawatzkyL. SelvyA. ShahinyanS. SircaP. SolvignonM. L. SperdutoR. SubediV. SulkoskyC. SuteraW. A. TobiasG. M. UrciuoliD. WangB. WojtsekhowskiH. YaoZ. YeL. ZanaX. ZhanJ. ZhangB. ZhaoZ. ZhaoX. ZhengP. Zhu

physicscoherent deuteronneutron scatteringcross sectionsatomic physicsnuclear physicshigh-energy nuclear reactionlepton-nucleon scatteringnuclear scienceapplied physicshigh energy physicsmath xmlnsparticle physics

Rosenbluth Separation of the π[Superscript 0] Electroproduction Cross Section Off the Neutron. DSpace@MIT (Massachusetts Institute of Technology) (2017)

M. MazouzZ. AhmedH. AlbatainehK. A. AniolV. BelliniM. BenaliW. BoeglinP. BertinM. BrossardA. CamsonneM. CananS. ChandavarC. ChenJ.-P. ChenM. DefurneC. W. de JagerR. de LeoC. DesnaultA. DeurL. El FassiR. EntD. FlayM. FriendE. FucheyS. FrullaniF. GaribaldiD. GaskellA. GiusaO. GlamazdinS. GolgeJ. GomezO. HansenD. HiginbothamT. HolmstromT. HornM. HuangG. M. HuberC. E. HydeS. IqbalF. ItardHo. KangHy. KangA. KelleherC. KeppelS. KoiralaI. KoroverJ. J. LeRoseR. LindgrenE. LongM. MagneJ. MammeiD. J. MargaziotisP. MarkowitzA. Martí Jiménez-ArgüelloF. MeddiD. MeekinsR. MichaelsM. MihovilovicN. MuangmaC. Muñoz CamachoP. Nadel-TuronskiN. NuruzzamanR. ParemuzyanA. PuckettV. PunjabiY. QiangA. RakhmanM. N. H. RashadS. RiordanJ. RocheG. RussoF. SabatiéK. SaenboonruangA. SahaB. SawatzkyL. SelvyA. ShahinyanS. SircaP. SolvignonM. L. SperdutoR. SubediC. SuteraW. A. TobiasG. M. UrciuoliD. WangB. WojtsekhowskiH. YaoZ. YeL. ZanaX. ZhanJ. ZhangB. ZhaoZ. ZhaoX. ZhengP. ZhuKalyan C AlladaJeffrey H. ChuangVincent Sulkosky

physicsnature physicneutron scatteringbiophysicsnuclear physicshigh-energy nuclear reactionrosenbluth separationnuclear scienceparticle physics

Electroexcitation of the Δ+(1232) at Low Momentum Transfer. Physics Letters B (2016)

A. BlombergD. AnezN. SparverisA.J. SartyM. PaoloneS. GiladD. HiginbothamZ. AhmedH. AlbatainehK. AlladaB. AndersonK. AniolJ. AnnandJ. ArringtonT. AverettH. BaghdasaryanX. BaiA. BeckS. BeckV. BelliniF. BenmokhtarW. BoeglinC.M. CamachoA. CamsonneC. ChenJ.P. ChenK. ChirapatpimolE. CisbaniM. DaltonW. DeconinckM. DefurneR. De LeoD. FlayN. FominM. FriendS. FrullaniE. FucheyF. GaribaldiR. GilmanC. GuD. HamiltonC. HanrettyO. HansenM. Hashemi ShabestariO. HenT. HolmstromM. HuangS. IqbalN. KalantariansH. KangA. KelleherM. KhandakerI. KoroverJ. LeckeyJ. LeRoseR. LindgrenE. LongJ. MammeiD.J. MargaziotisA. Martí Jimenez-ArguelloD. MeekinsZ.E. MezianiM. MihovilovicN. MuangmaB. NorumNuruzzamanK. PanS. PhillipsE. PiasetzkyA. PolychronopoulouI. PomerantzM. PosikV. PunjabiX. QianA. RakhmanP.E. ReimerS. RiordanG. RonA. SahaE. SchulteL. SelvyR. ShneorS. SircaJ. SjoegrenR. SubediV. SulkoskyW. TiremanD. WangJ. WatsonB. WojtsekhowskiW. YanI. YaronZ. YeX. ZhanJ. ZhangY. ZhangB. ZhaoZ. ZhaoX. ZhengP. Zhu

physicsquantum field theoryquantum chromodynamicstheoretical physicsmesonic cloud dynamicstest bedmesonic cloudexperimental physicshigh temperature qcdapplied physicshigh energy physicsparticle physics

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Demetrius Margaziotis

California State University, Los Angeles

Affiliations

College of Natural and Social Sciences

Department Of Physics And Astronomy

NoneDemetrius Margaziotis is currently serving as a College Of Natural And Social Sciences faculty at California State University, Los Angeles.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Demetrius Margaziotis

California State University, Los Angeles

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Author Correction: Measurement of the Generalized Spin Polarizabilities of the Neutron in the Low-Q2 Region. Nature Physics (2022)

Measurement of the 3He Spin-Structure Functions and of Neutron (3He) Spin-Dependent Sum Rules at 0.035 ≤ Q2 ≤ 0.24 Gev2. Physics Letters B (2020)

Unique Access to $U$-Channel Physics: Exclusive Backward-Angle Omega Meson Electroproduction. arXiv (Cornell University) (2019)

Unique Access to U -Channel Physics: Exclusive Backward-Angle Omega Meson Electroproduction. Physical Review Letters (2019)

W. B. LiG. M. HuberH. P. BlokD. GaskellT. HornK. Semenov-Tian-ShanskyB. PireL. SzymanowskiJ.-M. LagetK. AniolJ. ArringtonE. J. BeiseW. BoeglinE. J. BrashH. BreuerC. C. ChangM. E. ChristyR. EntE. F. GibsonR. J. HoltS. JinM. K. JonesC. E. KeppelW. KimP. M. KingV. KovaltchoukJ. LiuG. J. LolosD. J. MackD. J. MargaziotisP. MarkowitzA. MatsumuraD. MeekinsT. MiyoshiH. MkrtchyanI. NiculescuY. OkayasuL. PentchevC. PerdrisatD. PotterveldV. PunjabiP. E. ReimerJ. ReinholdJ. RocheP. G. RoosA. SartyG. R. SmithV. TadevosyanL. G. TangV. TvaskisJ. VolmerW. VulcanG. WarrenS. A. WoodC. XuX. Zheng

Jlab Measurements of the [Superscript 3]He Form Factors at Large Momentum Transfers. DSpace@MIT (Massachusetts Institute of Technology) (2017)

Polarization Transfer Observables in Elastic Electron-Proton Scattering at Q[Superscript 2] = 2.5, 5.2, 6.8, and 8.5 Gev[Superscript 2]. DSpace@MIT (Massachusetts Institute of Technology) (2017)

materials scienceparticle physicselastic electron-proton scatteringpolarization transfer observables

Publisher’s Note: Jlab Measurements of the He 3 Form Factors at Large Momentum Transfers [Phys. Rev. Lett. 119, 162501 (2017)]. Physical Review Letters (2017)

A. CamsonneA. T. KatramatouM. OlsonA. AchaK. AlladaB. D. AndersonJ. ArringtonA. BaldwinJ.-P. ChenS. ChoiE. ChudakovE. CisbaniB. CraverP. DecowskiC. DuttaE. FoltsS. FrullaniF. GaribaldiR. GilmanJ. GomezB. HahnJ.-O. HansenD. W. HiginbothamT. HolmstromJ. HuangM. IodiceX. JiangA. KelleherE. KhrosinkovaA. KievskyE. KuchinaG. KumbartzkiB. LeeJ. J. LeRoseR. A. LindgrenG. LottH. LuL. E. MarcucciD. J. MargaziotisP. MarkowitzS. MarroneD. MeekinsZ.-E. MezianiR. MichaelsB. MoffitB. NorumG. G. PetratosA. PuckettX. QianO. RondonA. SahaB. SawatzkyJ. SegalM. ShabestariA. ShahinyanP. SolvignonN. SparverisR. R. SubediR. SuleimanV. SulkoskyG. M. UrciuoliM. VivianiY. WangB. B. WojtsekhowskiX. YanH. YaoW.-M. ZhangX. ZhengL. Zhu

materials sciencebenchmark studiesparticle physicsjlab measurements

Rosenbluth Separation of the π 0 Electroproduction Cross Section Off the Neutron. Physical Review Letters (2017)

Rosenbluth Separation of the π[Superscript 0] Electroproduction Cross Section Off the Neutron. DSpace@MIT (Massachusetts Institute of Technology) (2017)

physicsnature physicneutron scatteringbiophysicsnuclear physicshigh-energy nuclear reactionrosenbluth separationnuclear scienceparticle physics

Electroexcitation of the Δ+(1232) at Low Momentum Transfer. Physics Letters B (2016)

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