Faculty

Institution

Unit

Venue

Matthias Ulf Liepe

Professor

Cornell University

Affiliations

College of Arts and Sciences

Department of Physics

Matthias Ulf Liepe is currently serving as a College Of Arts And Sciences Professor at Cornell University.

Honors

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Experiences

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Education

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Matthias Ulf Liepe

Cornell University

Professor

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physics applied physics superconductivity accelerator technology particle accelerators particle beam instrumentation microwave technology electrical engineering cryogenics accelerator physics superconducting materials condensed matter physics engineering synchrotron radiation condensed matter high-tc superconductivity electromagnetic compatibility electromagnetic fields particle physics electronic materials microwave engineering material research rf subsystem radio frequency solid-state electronics srf cavities experimental physics electronics cavity qed high-frequency devices cornell university high energy physics metals radiation rf semiconductor refractory metals synchrotron radiation source quality factor energy recovery linac elementary particles collider physics microwave measurement specific resistance nuclear science beam optics high energy density physics surface engineering surface characterization rf cavities energy-recovery linac radio-frequency cavities lasers thin film processing intermetallics x-ray free-electron laser magnetic flux solid-state physics chemical vapor deposition cornell erl prototype radiation generation free electron lasers magnetic properties synchrotron radiation research digital circuit design electrical properties thin film process technology frequency control cavity performance nitrogen-doped cavities single cell cavities math xmlns analog design cavity preparation london limit rf field computational electromagnetics radio frequency cavities

Notable Scholarly Works

Notable Federal Grants

Collaborators

Impact of Submicron Nb 3 Sn Stoichiometric Surface Defects on High-Field Superconducting Radiofrequency Cavity Performance. Physical Review Research (2024)

Sarah A. WillsonAiden V. HarbickLiana ShpaniVan DoHelena Lew-KiedrowskaMatthias U. LiepeMark K. TranstrumS. J. Sibener

superconducting materialsmicrowave technologysrf cavitiesmath xmlnsphysicscondensed mattersuperconductivityhigh-tc superconductivitysrf communityapplied physicssynchrotron radiationmicroelectronicscondensed matter physics

Improving Chemical Composition Measurements From Microscale to Atomic Scale With Fused Multi-Modal Microscopy. Microscopy and Microanalysis (2024)

Zhaslan BaraissovZeming SunMatthias LiepeDavid Muller

microscopyfused multi-modal microscopymicroanalysisanalytical atomic spectrometryatomic scalematerials sciencechemistrychemical composition measurementsscanning probe microscopyatomic spectroscopyconfocal microscopy

Electrochemical Polishing of Chemical Vapor Deposited Niobium Thin Films. Thin Solid Films (2023)

Zeming SunMingqi GeJames T. ManiscalcoVictor ArrietaShawn R. McNealMatthias U. Liepe

electrochemical polishmetalssurface sciencethin film processingchemical vapor depositionelectrochemical polishingchemical depositionsuperconductivityniobium thin filmscrystal growthapplied physicsthin filmsthin film process technologymaterials science

Enhanced Surface Superconductivity of Niobium by Zirconium Doping. Physical Review Applied (2023)

Nathan S. SitaramanZeming SunBenjamin L. FrancisAjinkya C. HireThomas OseroffZhaslan BaraissovTomas A. AriasRichard G. HennigMatthias U. LiepeDavid A. MullerMark K. Transtrum

intermetallicssuperconducting materialsmetalsphysicscondensed matterzirconium dopingsurface zirconiumenhanced surface superconductivitysuperconductivityhigh-tc superconductivityapplied physicscondensed matter physicsmaterials science

Measurements of the Amplitude-Dependent Microwave Surface Resistance of an Au/Nb Bilayer. Superconductor Science and Technology (2023)

Thomas OseroffZeming SunMatthias U Liepe

microwave measurementmicrowave engineeringgold layer thicknessgold filmmicrowave technologymetalsphysicselectronic materialselectrical engineeringsuperconductivityapplied physicsthin filmsnormal layer thickness

Measuring Three-Dimensional Strain in Nb3Sn Grains by Combining Zolz and Holz Diffraction. Microscopy and Microanalysis (2023)

Z BaraissovZ SunY T ShaoM LiepeD Muller

cornell universitycrystal researchrefractory metalsmicrostructure-strength relationshipphysicscondensed matterholz diffractionmaterial researchcrystallographythree-dimensional straincharacterization (materials science)strain localizationmicrostructureapplied physicscondensed matter physicsmaterials science

Rf and Thermal Studies on Conduction Cooled Nb 3 Sn Srf Cavity. Engineering Research Express (2023)

N A StilinA HolicM LiepeR D PorterJ SearsZ Sun

thermal engineeringsuperconducting materialsmicrowave technologythermal gradientsadvanced materialsphysicsrefrigerationsrf technologysuperconductivityheat transferliquid heliumcryogenicsapplied physicscondensed matter physicsmaterials science

Smooth, Homogeneous, High-Purity Nb 3 Sn Superconducting Rf Resonant Cavity by Seed-Free Electrochemical Synthesis. Superconductor Science and Technology (2023)

Zeming SunZhaslan BaraissovRyan D PorterLiana ShpaniYu-Tsun ShaoThomas OseroffMichael O ThompsonDavid A MullerMatthias U Liepe

superconducting materialssolid-state electronicsadvanced materialscondensed matterseed-free electrochemical synthesisnanotechnologymaterial researchquantitative mappingselectronic materialselectrical engineeringsuperconductivityhigh-tc superconductivityapplied physicsmicroelectronicsmaterials scienceghz srf cavity

Status and Future Plans for C 3 R D. Journal of Instrumentation (2023)

Emilio A. NanniMartin BreidenbachZenghai LiCaterina VernieriFaya WangGlen WhiteMei BaiSergey BelomestnykhPushpalatha BhatTim BarklowWilliam J. BergValery BorzenetsJohn ByrdAnkur DharRam C. DhuleyChris DossJoseph DurisAuralee EdelenClaudio EmmaJosef FrischAnnika GabrielSpencer GessnerCarsten HastChunguang JingArkadiy KlebanerDongsung KimAnatoly K. KrasnykhJohn LewellenMatthias LiepeMichael LitosXueying LuJared MaxsonDavid MontanariPietro MusumeciSergei NagaitsevAlireza NassiriCho-Kuen NgMohamed A.K. OthmanMarco OriunnoDennis PalmerJ. Ritchie PattersonMichael E. PeskinThomas J. PetersonJohn PowerJi QiangJames RosenzweigVladimir ShiltsevMuhammad ShumailEvgenya SimakovEmma SnivelyBruno SpataroSami TantawiHarry van der GraafBrandon WeatherfordJuhao WuKent P. Wootton

energy spreadparticle acceleratorsparticle beamaccelerator technologyparticle physicsaccelerator physicsengineeringcollider physicsd planhigh energy physicscomputer engineeringbeam dynamicselementary particles

Superconducting Radio Frequency Linear Collider Helen. Journal of Instrumentation (2023)

S. BelomestnykhP.C. BhatA. GrassellinoM. ChecchinD. DenisovR.L. GengS. JindarianiM. LiepeM. MartinelloP. MerkelS. NagaitsevH. PadamseeS. PosenR.A. RimmerA. RomanenkoV. ShiltsevA. ValishevV. Yakovlev

particle acceleratorsparticle beamaccelerator technologyparticle physicsaccelerator physicsphysicscollider physicshigh energy physicselectrical engineeringcomputer engineeringhiggs-energy leptonradio frequency technologylinear colliderelementary particles

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Matthias Ulf Liepe

Professor

Cornell University

Affiliations

College of Arts and Sciences

Department of Physics

Matthias Ulf Liepe is currently serving as a College Of Arts And Sciences Professor at Cornell University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Matthias Ulf Liepe

Cornell University

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Impact of Submicron Nb 3 Sn Stoichiometric Surface Defects on High-Field Superconducting Radiofrequency Cavity Performance. Physical Review Research (2024)

Sarah A. WillsonAiden V. HarbickLiana ShpaniVan DoHelena Lew-KiedrowskaMatthias U. LiepeMark K. TranstrumS. J. Sibener

Improving Chemical Composition Measurements From Microscale to Atomic Scale With Fused Multi-Modal Microscopy. Microscopy and Microanalysis (2024)

Zhaslan BaraissovZeming SunMatthias LiepeDavid Muller

Electrochemical Polishing of Chemical Vapor Deposited Niobium Thin Films. Thin Solid Films (2023)

Zeming SunMingqi GeJames T. ManiscalcoVictor ArrietaShawn R. McNealMatthias U. Liepe

Enhanced Surface Superconductivity of Niobium by Zirconium Doping. Physical Review Applied (2023)

Nathan S. SitaramanZeming SunBenjamin L. FrancisAjinkya C. HireThomas OseroffZhaslan BaraissovTomas A. AriasRichard G. HennigMatthias U. LiepeDavid A. MullerMark K. Transtrum

Measurements of the Amplitude-Dependent Microwave Surface Resistance of an Au/Nb Bilayer. Superconductor Science and Technology (2023)

Thomas OseroffZeming SunMatthias U Liepe

Measuring Three-Dimensional Strain in Nb3Sn Grains by Combining Zolz and Holz Diffraction. Microscopy and Microanalysis (2023)

Z BaraissovZ SunY T ShaoM LiepeD Muller

Rf and Thermal Studies on Conduction Cooled Nb 3 Sn Srf Cavity. Engineering Research Express (2023)

N A StilinA HolicM LiepeR D PorterJ SearsZ Sun

Smooth, Homogeneous, High-Purity Nb 3 Sn Superconducting Rf Resonant Cavity by Seed-Free Electrochemical Synthesis. Superconductor Science and Technology (2023)

Zeming SunZhaslan BaraissovRyan D PorterLiana ShpaniYu-Tsun ShaoThomas OseroffMichael O ThompsonDavid A MullerMatthias U Liepe

Status and Future Plans for C 3 R D. Journal of Instrumentation (2023)

Superconducting Radio Frequency Linear Collider Helen. Journal of Instrumentation (2023)

S. BelomestnykhP.C. BhatA. GrassellinoM. ChecchinD. DenisovR.L. GengS. JindarianiM. LiepeM. MartinelloP. MerkelS. NagaitsevH. PadamseeS. PosenR.A. RimmerA. RomanenkoV. ShiltsevA. ValishevV. Yakovlev

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