Faculty

Institution

Unit

Venue

Mitchell Wayne

Professor

University of Notre Dame

Affiliations

College of Science

Physics

Mitchell Wayne is currently serving as a College Of Science Professor at University of Notre Dame.

Honors

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Experiences

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Education

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Mitchell Wayne

University of Notre Dame

Professor

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nuclear physics applied physics particle physics nuclear science instrumentation physics radiation oncology accelerator technology materials science radiation radiation detection atomic physics optoelectronics accelerator physics nuclear engineering instrument science high energy physics scintillators astrophysics microwave technology instrumentation engineering electronic instrumentation analytical instrumentation silicon photomultipliers calibration thermal engineering particle accelerators quantum chromodynamics detector physic calorimetric method ultra-compact sampling calorimeter em shower maximum fiber science radiation effects particle technology fiber optics radiation damage quantum science physic education analytical atomic spectrometry human-computer interaction information technology experimental physics nuclear medicine fusion science fusion engineering atomic spectroscopy energy research precision engineering high-performance fiber radiation biology conventional instrumentation particle cosmology general relativity prototype implementation high-energy astrophysics dosimetry process instrumentation experimental analysis micro-electromechanical systems pervasive computing cryogenics collider physics long baseline neutrino experiment multiclad scintillating radiation damage studies high radiation fermilab tevatron parton fragmentation three-jet events meson production proton production thermo-electric coolers high neutron fluence hexagonal calorimeter prototype sipms fiber tracking technology proton-proton collisions supersymmetry

Notable Scholarly Works

Notable Federal Grants

Collaborators

Investigation of the Time Resolution of an Ultra-Compact Sampling Calorimeter (Radical) Module at Em Shower Maximum Over the Energy Range 25 Gev ≤ E ≤ 150 Gev. (2024)

C. Perez LaraJ. WetzelA. LedovskoyU. AkgunT. AndersonT. BarberaD. BlendS. CerciN. ChigurupatiB. CoxP. DebbinsM. DubnowskiK. CankocakB. DuranG. Gul DincerS. HatipogluI. HosB. IsildakC. JessopO. Kamer KoseyanA. Karasu UysalR. KurtB. KaynakA. MestvirishviliY. OnelS. OzkorucukluA. PenzoO. PotokR. RuchtiD. RuggieroD. Sunar CerciA. TosunM. VigneaultY. WanM. WayneT. YetkinL. ZhangR. ZhuC. Zorbilmez

ultra-compact sampling calorimetercalibrationsamplingcalorimetric methodelectrical engineeringtime resolutionem shower maximum

Study of Time and Energy Resolution of an Ultra-Compact Sampling Calorimeter (Radical) Module at Em Shower Maximum Over the Energy Range 25 Gev $\Leq$ E $\Leq$ 150 Gev. arXiv (Cornell University) (2024)

Perez-Lara, CarlosWetzel, JamesAkgun, UgurAnderson, ThomasBarbera, ThomasBlend, DylanCankocak, KeremCerci, SalimChigurupati, NehalCox, BradleyDebbins, PaulDubnowski, MaxDuran, BuseDincer, Gizem GulHatipoglu, SelbiHos, IlknurIsildak, BoraJessop, ColinKoseyan, Ohannes KamerUysal, Ayben KarasuKurt, ReyhanKaynak, BerkanLedovskoy, AlexanderMestvirishvili, AlexiOnel, YasarOzkorucuklu, SuatPenzo, AldoPotok, OnurRuggiero, DanielRuchti, RandalCerci, Deniz SunarTosun, AliVigneault, MarkWan, YuyiWayne, MitchellYetkin, TaylanZhang, LiyuanZhu, RenyuanZorbilmez, Caglar

ultra-compact sampling calorimeterbenchmark studiesparticle physicsphysicshigh energy physicsem shower maximumapplied physicsapplied mathematicsenergy resolution

Study of Time Resolution Measurements and Prospects for Energy Resolution of an Ultra-Compact Sampling Calorimeter (Radical) Module at Em Shower Maximum Over the Energy Range 25 Gev 150 Gev. Nuclear Instruments and Methods in Physics Research Section A Accelerators Spectrometers Detectors and Associated Equipment (2024)

Carlos Perez-LaraJames WetzelUgur AkgunThomas AndersonThomas BarberaDylan BlendKerem CankocakSalim CerciNehal ChigurupatiBradley CoxPaul DebbinsMax DubnowskiBuse DuranGizem Gul DincerSelbi HatipogluIlknur HosBora IsildakColin JessopOhannes Kamer KoseyanAyben Karasu UysalReyhan KurtBerkan KaynakAlexander LedovskoyAlexi MestvirishviliYasar OnelSuat OzkorucukluAldo PenzoOnur PotokDaniel RuggieroRandal RuchtiDeniz Sunar CerciAli TosunMark VigneaultYuyi WanMitchell WayneTaylan YetkinLiyuan ZhangRenyuan ZhuCaglar Zorbilmez

thermal engineeringspectroscopymechanical engineeringnuclear astrophysicsnuclear sciencetime resolution measurementsoptical propertiesem shower maximumatomic spectroscopyultra-compact sampling calorimetermicrowave technologyaccelerator physicsmeso levelcalorimetric methodelectrical engineeringradiation detectionenergy resolutionenergy researchion beam instrumentationapplied physicsinstrumentationultrafast laser spectroscopy

Beam Test Results of the Radical—a Radiation Hard Innovative Em Calorimeter. IEEE Transactions on Nuclear Science (2023)

James WetzelDylan BlendPaul DebbinsMax HermannOhannes Kamer KoseyanGurkan KamaranYasar OnelThomas AndersonNehal ChigurupatiBrad CoxMax DubnowskiAlexander LedovskoyCarlos Perez-LaraThomas BarberaNilay BostanKiva FordColin JessopRandal RuchtiDaniel RuggieroDaniel SmithMark VigneaultYuyi WanMitchell WayneChen HuLiyuan ZhangRen-Yuan Zhu

radiation oncologynuclear physicsnuclear scienceradiationapplied physicsinstrumentation

Integration of Thermo-Electric Coolers Into the Cms Mtd Sipm Arrays for Operation Under High Neutron Fluence. Journal of Instrumentation (2023)

A. BornheimW. LustermannK. StachonG. Reales GutiérrezA. BenagliaF. De GuioA. GhezziM.T. LucchiniM. MalbertiS. PalluottoT. Tabarelli de FatisM. BenettoniR. CarlinM. TosiR. RossinP. MeridianiR. ParamattiF. SantanastasioJ.C. SilvaJ. VarelaA. HeeringA. KarneyeuY. MusienkoM. WayneT. AndersonB. CoxC.E. Perez LaraA. LedovskoyS. WhiteI. Schmidt

thermal engineeringmicrowave technologyparticle physicsinstrumentation engineeringelectronic instrumentationoptoelectronicsinstrument sciencethermo-electric coolersbiomedical engineeringelectrical engineeringconventional instrumentationhigh neutron fluenceanalytical instrumentationapplied physicsinstrumentation

Radical—Precision Timing, Ultracompact, Radiation-Hard Electromagnetic Calorimetry. Instruments (2022)

Thomas AndersonThomas BarberaBradley CoxPaul DebbinsMaxwell DubnowskiKiva FordMaxwell HerrmannChen HuColin JessopOhannes Kamer-KoseyanAlexander LedovskoyYasar OnelCarlos Perez-LaraRandal RuchtiDaniel RuggieroDaniel SmithMark VigneaultYuyi WanMitchell WayneJames WetzelLiyuan ZhangRen-Yuan Zhu

instrumentation engineeringradiation-hard electromagnetic calorimetryelectronic instrumentationinstrument scienceprecision timingapplied physicsinstrumentation

Change of Sipm Parameters After Very High Neutron Irradiation. Journal of Instrumentation (2020)

Yu. MusienkoA. HeeringA. KarneyeuM. Wayne

radiation oncologysipm parametersinstrumentation engineeringnuclear physicsprocess instrumentationelectronic instrumentationinstrument scienceelectrical engineeringanalytical instrumentationapplied physicsinstrumentation

Low Temperature Characteristics of Sipms After Very High Neutron Irradiation. Nuclear Instruments and Methods in Physics Research Section A Accelerators Spectrometers Detectors and Associated Equipment (2018)

A. HeeringYu. MusienkoJ. GonzalesA. KarneyeuM. WayneR. RuchtiM. Moll

nuclear engineeringradiation oncologyaccelerator technologyparticle physicsaccelerator physicsphysicsnuclear physicsatomic physicsnuclear scienceradiation detectionexperimental analysislow temperature characteristicsradiationapplied physicsinstrumentation

QUARKNET: A Unique and Transformative Physics Education Program. Education Sciences (2018)

Marjorie BardeenMitchell WayneM. Young

educationphysic education

Radiation Damage in Silicon Photomultipliers Exposed to Neutron Radiation. Journal of Instrumentation (2017)

Yu. MusienkoA. HeeringR. RuchtiM. WayneYu. AndreevA. KarneyeuV. Postoev

radiation damageradiation oncologyinstrumentation engineeringradiation biologysilicon photomultipliersnuclear physicselectronic instrumentationoptoelectronicsinstrument scienceanalytical instrumentationradiationapplied physicsinstrumentationmaterials science

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Mitchell Wayne

Professor

University of Notre Dame

Affiliations

College of Science

Physics

Mitchell Wayne is currently serving as a College Of Science Professor at University of Notre Dame.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Mitchell Wayne

University of Notre Dame

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Investigation of the Time Resolution of an Ultra-Compact Sampling Calorimeter (Radical) Module at Em Shower Maximum Over the Energy Range 25 Gev ≤ E ≤ 150 Gev. (2024)

ultra-compact sampling calorimetercalibrationsamplingcalorimetric methodelectrical engineeringtime resolutionem shower maximum

ultra-compact sampling calorimeterbenchmark studiesparticle physicsphysicshigh energy physicsem shower maximumapplied physicsapplied mathematicsenergy resolution

Beam Test Results of the Radical—a Radiation Hard Innovative Em Calorimeter. IEEE Transactions on Nuclear Science (2023)

radiation oncologynuclear physicsnuclear scienceradiationapplied physicsinstrumentation

Integration of Thermo-Electric Coolers Into the Cms Mtd Sipm Arrays for Operation Under High Neutron Fluence. Journal of Instrumentation (2023)

Radical—Precision Timing, Ultracompact, Radiation-Hard Electromagnetic Calorimetry. Instruments (2022)

instrumentation engineeringradiation-hard electromagnetic calorimetryelectronic instrumentationinstrument scienceprecision timingapplied physicsinstrumentation

Change of Sipm Parameters After Very High Neutron Irradiation. Journal of Instrumentation (2020)

Yu. MusienkoA. HeeringA. KarneyeuM. Wayne

A. HeeringYu. MusienkoJ. GonzalesA. KarneyeuM. WayneR. RuchtiM. Moll

QUARKNET: A Unique and Transformative Physics Education Program. Education Sciences (2018)

Marjorie BardeenMitchell WayneM. Young

educationphysic education

Radiation Damage in Silicon Photomultipliers Exposed to Neutron Radiation. Journal of Instrumentation (2017)

Yu. MusienkoA. HeeringR. RuchtiM. WayneYu. AndreevA. KarneyeuV. Postoev

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