Faculty

Institution

Unit

Venue

James E. Brau

Professor

University of Oregon

Affiliations

College of Arts and Sciences

Physics

James E. Brau is currently serving as a College Of Arts And Sciences Professor at University of Oregon.

Honors

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Experiences

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Education

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James E. Brau

University of Oregon

Professor

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particle physics physics astronomy materials science general relativity nuclear physics astrophysics planetary sciences instrumentation observational astronomy high energy physics nuclear science high-energy astrophysics atomic physics accelerator technology space science gravitational waves accelerator physics radiation detection collider physics astroparticle physics black holes experimental physics theoretical high-energy physics detector physic space weather lunar science instrument science nuclear engineering gravitational-wave bursts relativistic astrophysics benchmark studies particle accelerators upper limits quantum science particle beam first measurement experimental analysis quantum chromodynamics periodic gravitational waves continuous gravitational waves direct measurement modern physics advanced practice providers particle cosmology direct observation particle technology calorimetric method all-sky search gravitational wave bursts gamma-ray bursts advanced practice nurses experimental gravity primordial gravitational waves gravitation theory heavy quark physics analytical instrumentation precise measurement crab pulsar gravitational wave emission atlas detector ligo data higgs boson geodesy physical medicine thermal engineering fusion engineering solid-state electronics theoretical physics statistical review particle methods neutron scattering advanced ligo nonlinear dynamics geophysical prospecting language assessment quantum field theory high energy physic elementary particles

Notable Scholarly Works

Notable Federal Grants

Collaborators

Napa-P1: Monolithic Nanosecond Timing Pixel for Large Area Sensors, Designed for Future E + E - Colliders. Journal of Instrumentation (2024)

A. HabibC. BakalisJ.E. BrauM. BreidenbachL. RotaC. VernieriA. Dragone

electronic instrumentationanalytical instrumentationinstrumentation engineeringnanotechnologylarge area sensorsinstrumentationoptoelectronicsinstrument scienceapplied physics

The Sid Digital Ecal Based on Monolithic Active Pixel Sensors. EPJ Web of Conferences (2024)

James E. BrauMartin BreidenbachAngelo DragoneAlexandre HabibLorenzo RotaMirella VassilevCaterina Vernieri

electronic instrumentationmaterials scienceinstrumentation engineeringtechnologyengineeringinstrumentationelectronicsoptoelectronicsinstrument scienceinstrument developmentsensor technology

A “Cool” Route to the Higgs Boson and Beyond. the Cool Copper Collider. Journal of Instrumentation (2023)

Caterina VernieriEmilio A. NanniSridhara DasuMichael E. PeskinTim BarklowRainer BartoldusPushpalatha C. BhatKevin BlackJames E. BrauMartin BreidenbachBrendon BullardNathaniel CraigDmitri DenisovLindsey GrayPhilip C. HarrisMichael KaganZhen LiuPatrick MeadeNathan MajernikAbdollah MohammadiSergei NagaitsevDimitris NtounisIsobel OjalvoKatherine PachalChristoph PausJames RosenzweigCarl SchroederAriel G. SchwartzmanEvgenya SimakovMaximilian SwiatlowskiBruno SpataroJan StrubeSu DongSami TantawiLian-Tao WangAndy WhiteGraham W. Wilson

analytical instrumentationphysicsinstrumentationhiggs bosoncollider physicsaccelerator technologyaccelerator physicsinstrument sciencecool copper colliderparticle physics

The International Linear Collider (Report to Snowmass 2021). (2022)

Alexander AryshevTies BehnkeMikael BerggrenJames BrauNathaniel CraigAyres FreitasFrank GaedeSpencer GessnerStefania GoriChristophe GrojeanSven HeinemeyerDaniel JeansKatja KrugerBenno ListJenny ListZhen LiuShinichiro MichizonoDavid W. MillerIan MoultHitoshi MurayamaTatsuya NakadaEmilio NanniMihoko NojiriHasan PadamseeMaxim PerelsteinMichael E. PeskinRoman PoeschlSam PosenAidan RobsonJan StrubeTaikan SueharaJunping TianMaxim TitovMarcel VosAndrew WhiteGraham WilsonKaoru YokoyaAleksander Filip ZarneckiIchiro AdachiKaustubh AgasheTatjana Agatonovic JovinHiroaki AiharaWolfgang AltmannshoferDaniele AlvesJustin AnguianoKen-Ichi AokiMasato AokiToshihiro AokiYumi AokiYasuo AraiHayato ArakiHaruka AsadaKento AsaiShoji AsaiDavid AttieHoward BaerJonathan BaggerYang BaiIan BaileyRicardo BarrueRainer BartoldusEmanuela BarziMatthew BassoLothar BauerdickSebastian BaumAlain BelleriveSergey BelomestnykhJorge Berenguer AntequeraJakob BeyerPushpalatha BhatBurak BilkiKevin BlackKenneth BloomGeoffrey BodwinVeronique BoisvertFatma BoranVincent BoudryRadja BoughezalAntonio BoveiaIvanka Bozovic-JelisavcicJean-Claude BrientStanley BrodskyLaurent BrunettiKarsten BuesserEugene BulyakPhilip N. BurrowsGraeme C. BurtYunhai CaiValentina CairoAnadi CanepaFrancesco Giovanni CelibertoEnrico CenniZackaria ChackoIryna ChaikovskaMattia ChecchinLisong ChenThomas Y. ChenHsin Chia ChengGi-Chol ChoBrajesh Choudhary

physicsparticle acceleratorscollider physicsaccelerator physicsparticle beamaccelerator technologycomputer engineeringexperimental physicsinternational linear colliderproven accelerator technologyelementary particleshigh energy physicsparticle physics

Lycoris — a Large-Area, High Resolution Beam Telescope. Journal of Instrumentation (2021)

J. BrauM. BreidenbachD.R. FreytagC. KleinwortU. KraemerB.A. ReeseS. RoelofsM. StanitzkiA. SteinhebelD. TsionouM. Wu

analytical instrumentationinstrumentation engineeringinstrumentationastronomyparticle beaminstrument sciencebeam opticsapplied physics

Updating the Sid Detector Concept. arXiv (Cornell University) (2021)

M. BreidenbachJ. E. BrauP. BurrowsT. MarkiewiczM. StanitzkiJ. StrubeA. P. White

object detectionparticle physicssid detector concept

Energy Correction in Reduced Sid Electromagnetic Calorimeter. arXiv (Cornell University) (2020)

Lucas BraunJason T. BarkelooJames E. BrauChristopher T. Potter

computer scienceinstrumentationapplied physicsenergy correctionelectrical engineering

Ilc Study Questions for Snowmass 2021. arXiv (Cornell University) (2020)

Keisuke FujiiChristophe GrojeanMichael E. PeskinTim BarklowYuanning GaoShinya KanemuraJenny ListMihoko NojiriMaxim PerelsteinRoman PöschlJürgen ReuterFrank SimonTomohiko TanabeJames D. WellsMikael BerggrenEsteban FullanaJuan FusterFrank GaedeStefania GoriDaniel JeansAdrián IrlesSunghoon JungShin-Ichi KawadaShigeki MatsumotoChris PotterJan StrubeTaikan SueharaJunping TianMarcel VosGraham WilsonHitoshi YamamotoRyo YonamineAleksander Filip ZarneckiJames BrauHitoshi Murayama

physicsstudy questionsparticle acceleratorstheoretical high-energy physicscollider physicsaccelerator technologyastronomyaccelerator physicsexperimental physicselementary particleshigh energy physicsparticle physicsus community studyilc study questions

Search for Magnetic Monopoles and Stable High-Electric-Charge Objects in 13 Tev Proton-Proton Collisions With the Atlas Detector. Physical Review Letters (2020)

James E. Brau

physicsmagnetic monopolesstable high-electric-charge objectsparticle physicstev proton-proton collisionsatlas detector

Final Technical Report: Experimental High Energy Physics. (2019)

James E. Brau

physicstheoretical high-energy physicshigh energy density physicsexperimental physicshigh energy physicsparticle physics

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James E. Brau

Professor

University of Oregon

Affiliations

College of Arts and Sciences

Physics

James E. Brau is currently serving as a College Of Arts And Sciences Professor at University of Oregon.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

James E. Brau

University of Oregon

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Napa-P1: Monolithic Nanosecond Timing Pixel for Large Area Sensors, Designed for Future E + E - Colliders. Journal of Instrumentation (2024)

A. HabibC. BakalisJ.E. BrauM. BreidenbachL. RotaC. VernieriA. Dragone

electronic instrumentationanalytical instrumentationinstrumentation engineeringnanotechnologylarge area sensorsinstrumentationoptoelectronicsinstrument scienceapplied physics

The Sid Digital Ecal Based on Monolithic Active Pixel Sensors. EPJ Web of Conferences (2024)

James E. BrauMartin BreidenbachAngelo DragoneAlexandre HabibLorenzo RotaMirella VassilevCaterina Vernieri

electronic instrumentationmaterials scienceinstrumentation engineeringtechnologyengineeringinstrumentationelectronicsoptoelectronicsinstrument scienceinstrument developmentsensor technology

A “Cool” Route to the Higgs Boson and Beyond. the Cool Copper Collider. Journal of Instrumentation (2023)

analytical instrumentationphysicsinstrumentationhiggs bosoncollider physicsaccelerator technologyaccelerator physicsinstrument sciencecool copper colliderparticle physics

The International Linear Collider (Report to Snowmass 2021). (2022)

Lycoris — a Large-Area, High Resolution Beam Telescope. Journal of Instrumentation (2021)

J. BrauM. BreidenbachD.R. FreytagC. KleinwortU. KraemerB.A. ReeseS. RoelofsM. StanitzkiA. SteinhebelD. TsionouM. Wu

analytical instrumentationinstrumentation engineeringinstrumentationastronomyparticle beaminstrument sciencebeam opticsapplied physics

Updating the Sid Detector Concept. arXiv (Cornell University) (2021)

M. BreidenbachJ. E. BrauP. BurrowsT. MarkiewiczM. StanitzkiJ. StrubeA. P. White

object detectionparticle physicssid detector concept

Energy Correction in Reduced Sid Electromagnetic Calorimeter. arXiv (Cornell University) (2020)

Lucas BraunJason T. BarkelooJames E. BrauChristopher T. Potter

computer scienceinstrumentationapplied physicsenergy correctionelectrical engineering

Ilc Study Questions for Snowmass 2021. arXiv (Cornell University) (2020)

Search for Magnetic Monopoles and Stable High-Electric-Charge Objects in 13 Tev Proton-Proton Collisions With the Atlas Detector. Physical Review Letters (2020)

James E. Brau

physicsmagnetic monopolesstable high-electric-charge objectsparticle physicstev proton-proton collisionsatlas detector

Final Technical Report: Experimental High Energy Physics. (2019)

James E. Brau

physicstheoretical high-energy physicshigh energy density physicsexperimental physicshigh energy physicsparticle physics

1
2
3
4
5
30
10 / page

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Syracuse University

modern physic

gravitational wave

Raymond Frey

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gravitational wave

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Institution

Washington State University

modern physic

gravitational wave

Alice Bean

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Duncan Brown

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fundamental physic

particle physics

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