Faculty

Institution

Unit

Venue

Ken Johns

University Distinguished Professor of Physics

University of Arizona

Affiliations

College of Science

Physics

Ken Johns is currently serving as a College Of Science University Distinguished Professor of Physics at University of Arizona.

Honors

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Experiences

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Education

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Ken Johns

University of Arizona

University Distinguished Professor of Physics

You can click a keyword to filter the displayed items

particle physics physics high energy physics nuclear physics applied physics accelerator technology collider physics materials science atomic physics nuclear science experimental physics accelerator physics vlsi neural network neuroscience instrumentation condensed matter physics magnetism thin films quantum mechanics metals mechanical science quantum science quantum chromodynamics particle accelerators particle methods theoretical high-energy physics object tracking lepton-nucleon scattering high energy partons multiple scattering pp elastic scattering drift chamber transverse-spin dependence higher-twist effects scintillation counters dijet cross section jet production hard proton-nucleus collisions longitudinal energy flow hardware trigger invariant cross section experimental information dijet mass spectrum electronic instrumentation electrical engineering detector physic

Notable Scholarly Works

Notable Federal Grants

Collaborators

Evidence for Tttt Production in the Multilepton Final State in Proton-Proton Collisions at Root(S)=13 Tev With the Atlas Detector. EPJC (2020)

physicstttt productioncollider physicsastronomylepton-nucleon scatteringproton-proton collisionsexperimental physicsmultilepton final stateelementary particleshigh energy physicsparticle physics

Implementation and Performance of the Atlas Second Level Jet Trigger. Journal of Physics Conference Series (2008)

M P CondeI AracenaB BrelierK CranmerP-A DelsartM-A DufourS EckweilerJ FerlandJ IdarragaK JohnsT LeCompteC PotterS RobertsonR C SantamarinaE SeguraD SilversteinB Vachon

physicsaccelerator technologyapplied physicshigh energy physicsparticle physics

The Atlas Experiment at the Cern Large Hadron Collider. JINST (2008)

physicscollider physicsexperimental physicsatlas experimentelementary particleshigh energy physicsparticle physics

Dijet Mass Spectrum and a Search for Quark Compositeness in {Ovr P}P Collisions at {Radical} (S) =1.8 Tev. Physical Review Letters (1998)

S. GrinsteinM. MostafaR. PiegaiaG.A. AlvesW. CarvalhoA.K. MacielH. da MottaE. OliveiraA. SantoroV. OguriB. GomezB. HoeneisenP. MooneyJ.P. NegretY. DucrosS.B. BeriV. BhatnagarJ.M. KohliJ.B. SinghR.K. ShivpuriB.S. AcharyaS. BanerjeeS.R. DugadA. GuptaM.R. KrishnaswamyN.K. MondalV.S. NarasimhamN. ParuaH.C. ShankarY.M. ParkS. ChoiS.K. KimH. Castilla-ValdezJ.L. Gonzalez SolisR. Hernandez-MontoyaL. Magana-MendozaA. Sanchez-HernandezB. PawlikV. GavrilovY. GershteinS. KuleshovA. BelyaevL.V. DudkoP. ErmolovD. KarmanovA. LeflatV. ManankovM. MerkinE. ShabalinaV. AbramovV.V. BabintsevV.A. BezzubovN.I. BojkoV.S. BurtovoiS.V. ChekulaevS.P. DenisovA. DyshkantO.V. EroshinV.N. EvdokimovA.N. GalyaevP.I. GoncharovS.N. GurzhievA.V. KostritskiyA.V. KozelovE.A. KozlovskyA.A. MayorovL. BabukhadiaK. DavisD. FeinG.E. FordenJ.A. GuidaE. JamesK. JohnsF. NangA. NarayananJ. RutherfoordM. ShupeH. AiharaE. BarberisL. Chen

physicsquark compositenesstheoretical high-energy physicsatomic physicscollider physicsdijet mass spectrumhigh energy physicsparticle physics

Scintillation Counters for the DØ Muon Upgrade. Nuclear Instruments and Methods in Physics Research Section A Accelerators Spectrometers Detectors and Associated Equipment (1997)

B.S. AcharyaB. BaldinS. BanerjeeS.B. BeriV. BhatnagarM. BhattacharjeeA. BrandtR. BrockJ.M. ButlerS. ChopraM. CummingsD. DenisovH.T. DiehlS.R. DugadP. DugganS. FaheyE. FlattumM. FortnerV. GlebovJ.L. González SolísD.R. GreenJ. GreenN. GrossmanA. GuptaH. HaggertyS. HansenR. HatcherD. HedinR. Hernández-MontoyaT. HuS. IgarashiA.S. ItoS.A. JergerK. JohnsS.D. KalmaniJ.M. KohliM.R. KrishnaswamyR. MarkeloffT. MarshallT. McMahonD. MillerN.K. MondalP. NagarajV.S. NarasimhamA. NarayananM. NicolaM. NilaN. ParuaB.G. PopeP.Z. QuintasM.V.S. RaoL.V. ReddyT. ReganT. RockwellB. SatyanarayanaH.C. ShankarJ.B. SinghP.M. SoodA. TaketaniP.R. VishwanathJ. WilcoxD.R. WoodR. YamadaT. YasudaS. ChangH. JohariW. SmartS. FuessS. AhnW. CarvalhoJ. de Mello Neto

physicsparticle acceleratorsscintillation countersnuclear physicsaccelerator technologyaccelerator physicsparticle physics

Experimental Information on the Pion Gluon Distribution Function. Zeitschrift für Physik. C, Particles and fields (1996)

A. BordnerC. E. KuehnM. ArentonH. ChenM. CorcoranL. CormellR. DitzlerM. DrisA. R. ErwinT. FieldsJ. FleischmanM. HarrisonM. A. HasanK. JohnsA. KanofskyW. KononenkoH. MiettinenC. NaudetK. S. NelsonJ. RiceJ. RobertsB. RobinsonW. SeloveG. TheodosiouM. ThompsonB. Yost

physicsparticle methodshigh energy physicsparticle physicsexperimental information

Drift Chamber Tracking With a Vlsi Neural Network. International journal of neural systems (1992)

Clark S. LindseyBruce DenbyHerman HaggertyKen Johns

machine learningobject trackingneurosciencevlsi neural networksystems neuroscience

Real Time Track Finding in a Drift Chamber With a Vlsi Neural Network. Nuclear instruments and methods in physics research. Section A, Accelerators, spectrometers, detectors and associated equipment/Nuclear instruments & methods in physics research. Section A, Accelerators, spectrometers, detectors and associated equipment (1992)

Clark S. LindseyBruce DenbyHerman HaggertyKen Johns

physicsinstrumentationnuclear physicsaccelerator technologyaccelerator physicsdrift chambernuclear sciencevlsi neural networkapplied physicsparticle physics

Evidence for Multiple Scattering of High Energy Partons in Nuclei. Physics Letters B (1991)

M.D. CorcoranR.K. ClarkK.A. JohnsM. MarcinH.E. MiettinenR.C. MooreC. NaudetJ.B. RobertsM.W. ArentonW.R. DitzlerT.H. FieldsG. ThomasM. HarrisonA. KanofskyR. GustafsonL. CormellM. DrisJ. FleischmanW. KononenkoB. RobinsonG. TheodosiouW. SeloveB. YostH.F. ChenA.R. ErwinM.A. HasanC.E. KuehnK.S. NelsonM.A. Thompson

nuclear physicsmultiple scatteringparticle physicshigh energy partons

Longitudinal Energy Flow in Hard Proton-Nucleus Collisions at 400 Gev/C. Physics Letters B (1990)

R.C. MooreR.K. ClarkM. CorcoranK. JohnsM. MarcinM.E. MiettinenC. NaudetJ.B. RobertsM.W. ArentonW.R. DitzlerT.H. FieldsG. ThomasM. HarrisonA. KanofskyR. GustafsonL. CormellM. DrisJ. FleischmanW. KononenkoB. RobinsonG. TheodosiouW. SeloveB. YostH.F. ChenA.R. ErwinM.A. HasanC.E. KuehnK.S. NelsonM.A. Thompson

hard proton-nucleus collisionsphysicsnuclear physicslongitudinal energy flowparticle physics

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Ken Johns

University Distinguished Professor of Physics

University of Arizona

Affiliations

College of Science

Physics

Ken Johns is currently serving as a College Of Science University Distinguished Professor of Physics at University of Arizona.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Ken Johns

University of Arizona

University Distinguished Professor of Physics

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Evidence for Tttt Production in the Multilepton Final State in Proton-Proton Collisions at Root(S)=13 Tev With the Atlas Detector. EPJC (2020)

physicstttt productioncollider physicsastronomylepton-nucleon scatteringproton-proton collisionsexperimental physicsmultilepton final stateelementary particleshigh energy physicsparticle physics

Implementation and Performance of the Atlas Second Level Jet Trigger. Journal of Physics Conference Series (2008)

M P CondeI AracenaB BrelierK CranmerP-A DelsartM-A DufourS EckweilerJ FerlandJ IdarragaK JohnsT LeCompteC PotterS RobertsonR C SantamarinaE SeguraD SilversteinB Vachon

physicsaccelerator technologyapplied physicshigh energy physicsparticle physics

The Atlas Experiment at the Cern Large Hadron Collider. JINST (2008)

physicscollider physicsexperimental physicsatlas experimentelementary particleshigh energy physicsparticle physics

Dijet Mass Spectrum and a Search for Quark Compositeness in {Ovr P}P Collisions at {Radical} (S) =1.8 Tev. Physical Review Letters (1998)

physicsquark compositenesstheoretical high-energy physicsatomic physicscollider physicsdijet mass spectrumhigh energy physicsparticle physics

Scintillation Counters for the DØ Muon Upgrade. Nuclear Instruments and Methods in Physics Research Section A Accelerators Spectrometers Detectors and Associated Equipment (1997)

physicsparticle acceleratorsscintillation countersnuclear physicsaccelerator technologyaccelerator physicsparticle physics

Experimental Information on the Pion Gluon Distribution Function. Zeitschrift für Physik. C, Particles and fields (1996)

physicsparticle methodshigh energy physicsparticle physicsexperimental information

Drift Chamber Tracking With a Vlsi Neural Network. International journal of neural systems (1992)

Clark S. LindseyBruce DenbyHerman HaggertyKen Johns

machine learningobject trackingneurosciencevlsi neural networksystems neuroscience

Clark S. LindseyBruce DenbyHerman HaggertyKen Johns

physicsinstrumentationnuclear physicsaccelerator technologyaccelerator physicsdrift chambernuclear sciencevlsi neural networkapplied physicsparticle physics

Evidence for Multiple Scattering of High Energy Partons in Nuclei. Physics Letters B (1991)

nuclear physicsmultiple scatteringparticle physicshigh energy partons

Longitudinal Energy Flow in Hard Proton-Nucleus Collisions at 400 Gev/C. Physics Letters B (1990)

hard proton-nucleus collisionsphysicsnuclear physicslongitudinal energy flowparticle physics

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