Faculty

Institution

Unit

Venue

Konrad A. Aniol

California State University, Los Angeles

Affiliations

California State University, Los Angeles

College of Engineering, Computer Science, and Technology

College of Natural and Social Sciences

Department Of Physics And Astronomy

Rongxiang Xu College of Health and Human Services

Services Of Rongxiang Xu College Of Health And Human

School Of Kinesiology

NoneKonrad A. Aniol is currently serving as a California State University, Los Angeles faculty at California State University, Los Angeles.

Honors

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Experiences

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Education

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Konrad A. Aniol

California State University, Los Angeles

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particle physics physics nuclear physics high energy physics applied physics lepton-nucleon scattering experimental physics nuclear science atomic physics elementary particles materials science high-energy nuclear reaction quantum chromodynamics math xmlns spectroscopy biophysics neutron scattering quantum science particle beam atomic spectroscopy non-perturbative qcd electromagnetism hadron physic meson spectroscopy polarization transfer quantum field theory thin films space weather high energy density physics spin phenomenon cross section theoretical physics magnetic resonance general relativity polarization imaging proton transfer precision measurement electroweak interactions heavy ion physic hall a parity-violating asymmetry elastic scattering elastic electron-proton scattering recoil polarization nonlinear phenomena statistical mechanics nuclear materials lunar science electron spectroscopy gravitational physics unified field theory spin dynamics accelerator mass spectrometry high temperature qcd weak interactions proton-coupled electron transfer analytical instrumentation beam transport system effective polarization approximation single spin asymmetries virtual compton proton momentum distributions septum magnets virtual compton scattering generalized polarizabilities laboratory investigation analytical atomic spectrometry nonlinear science black holes instrumentation engineering electronic instrumentation conventional instrumentation direct observation high resolution electron physic magnetic form factors

Notable Scholarly Works

Notable Federal Grants

Collaborators

Backward-Angle Electroproduction of η′ Mesons Off Protons at W = 2.13 Gev and Q 2 = 0.46 (Gev/ C )2. Progress of Theoretical and Experimental Physics (2026)

D(E,E'p) Studies of Exclusive Deuteron Electro-Disintegration. arXiv (Cornell University) (2026)

high-energy nuclear reactionparticle physicsphysicsnuclear physicsnuclear fusionhigh energy physicsnuclear sciencenuclear chemistryexperimental physicsexclusive deuteron electro-disintegration

Inclusive Studies of Two- and Three-Nucleon Short-Range Correlations in 3H and 3he. Physics Letters B (2025)

Measuring Short-Range Correlations and Quasi-Elastic Cross Sections in a(E,E’) at X 1 and Modest Q2. Physics Letters B (2025)

particle physicsphysicscorrelationmeasurementtheoretical physicsprecision measurementnon-perturbative qcdhigh energy physicsexperimental physics

High Precision Measurements of the Proton Elastic Electromagnetic Form Factors and Their Ratio at $Q^2$ = 0.50, 2.64, 3.20, and 4.10 Gev$^2$. arXiv (Cornell University) (2024)

I.A QattanJ ArringtonK AniolO.K BakerR BeamsE.J BrashA CamsonneJ.-P ChenM.E ChristyD DuttaR EntD GaskellO GayouR GilmanJ.-O HansenD.W HiginbothamR.J HoltG.M HuberH IbrahimL JisonnaM.K JonesC.E KeppelE KinneyG.J KumbartzkiA LungK MccormickD MeekinsR MichaelsP MonaghanL PentchevR RansomeJ ReinholdB ReitzA SartyE.C SchulteK SliferR.E SegelV SulkoskyM YurovX Zheng

high precision measurementsparticle physicsaccelerator physicsphysicsnuclear physicsheavy quark physicsmagnetismelectromagnetic fieldshigh energy physicselectrical engineeringastroparticle physicslepton-nucleon scatteringapplied physicselectroweak interactionsexperimental physicstemperature measurement

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

quantum mechanicsparticle physicsphysicsnuclear physicsgeneralized spin polarizabilitieshigh energy physicsnuclear sciencelow-q2 regionauthor correctionmagnetic resonancespin phenomenonexperimental physicsneutron scattering

Cross-Section Measurement of Virtual Photoproduction of Iso-Triplet Three-Body Hypernucleus, Λ Nn. EPJ Web of Conferences (2022)

T. GogamiK. N. SuzukiB. PandeyK. ItabashiS. NagaoK. OkuyamaS. N. NakamuraL. TangD. AbramsT. AkiyamaD. AndroicK. AniolC. Ayerbe GayosoJ. BaneS. BarcusJ. BarrowV. BelliniH. BhattD. BhetuwalD. BiswasA. CamsonneJ. CastellanosJ-P. ChenJ. ChenS. CovrigD. ChrismanR. Cruz-TorresR. DasE. FucheyK. GnanvoF. GaribaldiT. GautamJ. GomezP. GueyeT. J. HagueO. HansenW. HenryF. HauensteinD. W. HiginbothamC. E. HydeM. KanetaC. KeppelT. KutzN. Lashley-ColthirstS. LiH. LiuJ. MammeiP. MarkowitzR. E. McClellanF. MeddiD. MeekinsR. MichaelsM. MihovilovicA. MoyerD. NguyenM. NyczV. OwenC. PalatchiS. ParkT. PetkovicS. PremathilakeP. E. ReimerJ. ReinholdS. RiordanV. RodriguezC. SamantaS. N. SantiestebanB. SawatzkyS. ŠircaK. SliferT. SuY. TianY. ToyamaK. UeharaG. M. UrciuoliD. VotawJ. WilliamsonB. WojtsekhowskiS. A. WoodB. YaleZ. YeJ. ZhangX. Zheng

biophysicsiso-triplet three-body hypernucleuscross-section measurementnuclear physicsvirtual photoproduction

Deeply Virtual Compton Scattering Cross Section at High Bjorken $X_B$. (2022)

Deeply Virtual Compton Scattering Cross Section at High Bjorken X B. Physical Review Letters (2022)

F. GeorgesM. N. H. RashadA. StefankoM. DlaminiB. KarkiS. F. AliP-J. LinH-S KoN. IsraelD. AdikaramZ. AhmedH. AlbatainehB. AljawrnehK. AlladaS. AllisonS. AlsalmiD. AndroicK. AniolJ. AnnandH. AtacT. AverettC. Ayerbe GayosoX. BaiJ. BaneS. BarcusK. BartlettV. BelliniR. BeminiwatthaJ. BericicD. BiswasE. BrashD. BulumullaJ. CampbellA. CamsonneM. CarmignottoJ. CastellanoC. ChenJ-P. ChenT. ChetryM. E. ChristyE. CisbaniB. ClaryE. CohenN. ComptonJ. C. CornejoS. Covrig DusaB. CroweS. DanagoulianT. DanleyF. De PersioW. DeconinckM. DefurneC. DesnaultD. DiM. DuerB. DuranR. EntC. FanelliG. FranklinE. FucheyC. GalD. GaskellT. GautamO. GlamazdinK. GnanvoV. M. GrayC. GuT. HagueG. HamadD. HamiltonK. HamiltonO. HansenF. HauensteinW. HenryD. W. HiginbothamT. HolmstromT. HornY. HuangG. M. HuberC. E. HydeH. IbrahimC-M. JenK. JinM. JonesA. KabirC. KeppelV. KhachatryanP. M. KingS. LiW. B. LiJ. LiuH. LiuA. LiyanageJ. MageeS. MalaceJ. MammeiP. MarkowitzE. McClellanM. MazouzF. Meddi

benchmark studiesparticle physicscross sectionvirtual comptonapplied physicsmaterials science

Proton Spin Structure and Generalized Polarizabilities in the Strong Quantum Chromodynamics Regime. Nature Physics (2022)

D. RuthR. ZielinskiC. GuM. AlladaT. BadmanM. HuangJ. LiuP. ZhuK. AlladaJ. ZhangA. CamsonneJ.-P. ChenK. SliferK. AniolJ. AnnandJ. ArringtonT. AverettH. BaghdasaryanV. BelliniW. BoeglinJ. BrockC. CarlinC. ChenE. CisbaniD. CrabbA. DanielD. DayR. DuveL. El FassiM. FriedmanE. FucheyH. GaoR. GilmanS. GlamazdinP. GueyeM. HafezY. HanO. HansenM. Hashemi ShabestariO. HenD. HiginbothamT. HornS. IqbalE. JensenH. KangC. D. KeithA. KelleherD. KellerH. KhanalI. KoroverG. KumbartzkiW. LiJ. LichtenstadtR. LindgrenE. LongS. MalaceP. MarkowitzJ. MaxwellD. M. MeekinsZ. E. MezianiC. McLeanR. MichaelsM. MihovilovičN. MuangmaC. Munoz CamachoJ. MussonK. MyersY. OhM. Pannunzio CarmignottoC. PerdrisatS. PhillipsE. PiasetzkyJ. PierceV. PunjabiY. QiangP. E. ReimerY. RoblinG. RonO. RondonG. RussoK. SaenboonruangB. SawatzkyA. ShahinyanR. ShneorS. ŠircaJ. SjoegrenP. Solvignon-SliferN. SparverisV. SulkoskyF. WesselmannW. YanH. YangH. YaoZ. YeM. YurovY. ZhangY. X. ZhaoX. Zheng

quantum chromodynamicsparticle physicsphysicsproton spin structureatomic physicsgeneralized polarizabilitiescondensed matter physics

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Konrad A. Aniol

California State University, Los Angeles

Affiliations

California State University, Los Angeles

College of Engineering, Computer Science, and Technology

College of Natural and Social Sciences

Department Of Physics And Astronomy

Rongxiang Xu College of Health and Human Services

Services Of Rongxiang Xu College Of Health And Human

School Of Kinesiology

NoneKonrad A. Aniol is currently serving as a California State University, Los Angeles 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

Konrad A. Aniol

California State University, Los Angeles

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Backward-Angle Electroproduction of η′ Mesons Off Protons at W = 2.13 Gev and Q 2 = 0.46 (Gev/ C )2. Progress of Theoretical and Experimental Physics (2026)

D(E,E'p) Studies of Exclusive Deuteron Electro-Disintegration. arXiv (Cornell University) (2026)

high-energy nuclear reactionparticle physicsphysicsnuclear physicsnuclear fusionhigh energy physicsnuclear sciencenuclear chemistryexperimental physicsexclusive deuteron electro-disintegration

Inclusive Studies of Two- and Three-Nucleon Short-Range Correlations in 3H and 3he. Physics Letters B (2025)

Measuring Short-Range Correlations and Quasi-Elastic Cross Sections in a(E,E’) at X 1 and Modest Q2. Physics Letters B (2025)

particle physicsphysicscorrelationmeasurementtheoretical physicsprecision measurementnon-perturbative qcdhigh energy physicsexperimental physics

High Precision Measurements of the Proton Elastic Electromagnetic Form Factors and Their Ratio at $Q^2$ = 0.50, 2.64, 3.20, and 4.10 Gev$^2$. arXiv (Cornell University) (2024)

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

Cross-Section Measurement of Virtual Photoproduction of Iso-Triplet Three-Body Hypernucleus, Λ Nn. EPJ Web of Conferences (2022)

biophysicsiso-triplet three-body hypernucleuscross-section measurementnuclear physicsvirtual photoproduction

Deeply Virtual Compton Scattering Cross Section at High Bjorken $X_B$. (2022)

Deeply Virtual Compton Scattering Cross Section at High Bjorken X B. Physical Review Letters (2022)

benchmark studiesparticle physicscross sectionvirtual comptonapplied physicsmaterials science

Proton Spin Structure and Generalized Polarizabilities in the Strong Quantum Chromodynamics Regime. Nature Physics (2022)

quantum chromodynamicsparticle physicsphysicsproton spin structureatomic physicsgeneralized polarizabilitiescondensed matter physics

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