Faculty

Institution

Unit

Venue

Randall Feenstra

Professor of Physics

Carnegie Mellon University

Affiliations

College of Engineering

Materials Science and Engineering

Mellon College of Science

Physics

Randall Feenstra is currently serving as a College Of Engineering Professor of Physics at Carnegie Mellon University.

Honors

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Experiences

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Education

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Randall Feenstra

Carnegie Mellon University

Professor of Physics

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applied physics materials science electronic materials surface science semiconductors condensed matter physics solid-state electronics thin films physics condensed matter electronics tunneling microscopy material research electrical engineering interface science optoelectronics nanotechnology semiconductor technology surface characterization aluminum gallium nitride semiconductor nanostructures superconductivity semiconductor materials microelectronics surface analysis advanced functional materials compound semiconductors epitaxial growth scanning probe microscopy graphene nanoribbons semiconductor devices molecular beam epitaxy crystal growth metals high-tc superconductivity superconducting materials material chemistry surface reconstruction epitaxial graphene atomic spectroscopy semiconductor device fabrication surface reactivity composite science mechanical science surface engineering gallium oxide surface chemistry hexagonal boron nitride semiconductor surfaces electronic properties charge transport carbon-based materials vacuum device surface morphology solid-state physics nanoscale science high tc superconductors electronic states low-energy electron reflectivity thermal engineering critical currents nanoparticle research additive manufacturing nanometrology printed electronics band gap misfit dislocations coated conductors gan growth fragmentation effect low temperature wurtzite gan nanostructure synthesis arsenic antisite defects interface roughness transition metal dichalcogenides semiconductor heterostructures graphene

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

ERRATUM: “Acquisition and Analysis of Scanning Tunneling Spectroscopy Data—Wse2 Monolayer” [J. Vac. Sci. Technol. a 39, 011001 (2021)]. Journal of Vacuum Science & Technology A Vacuum Surfaces and Films (2024)

Randall M. FeenstraGrayson R. FrazierYi PanStefan FölschYu-Chuan LinBhakti JariwalaKehao ZhangJoshua A. Robinson

physicsmaterials sciencethin filmssemiconductor nanostructuressurface sciencespectroscopysurface characterizationapplied physics

Increasing Flatness of Surface Bands of Multilayer Rhombohedral Graphite With Crystal Thickness. Physical review. B./Physical review. B (2024)

E. J. SeifertErin AkyuzRandall M. FeenstraBenjamin M. Hunt

materials sciencesurface sciencemultilayer rhombohedral graphitecrystal thicknessgraphenesurface bands

Front Matter. The Australian Year Book of International Law Online (2022)

Rachel FergusonSophie QuoyleSuhua ZhangSamuel GormanTamara RichardsonCeleste ZhongBen HuntsmanScott RobinsonAva CadeeJessica TaylorPhilip AlstonChristine ChinkinLaurence Boisson De ChazournesTheodore ChristakisHelen BradyKatrina CooperBill CampbellKaren ScottHilary Charlesworth JudgeGerry SimpsonSimon ChestermanDean Of LawS StrongJemima BackAlistair BoydNiamh CallinanTimothy CollinsJulian EdwardsJoseph HarmanMun LeeCatherine NguyenIbrahim TahaLiuyuwen YangYuanhang WangLara WilkinsonChiara AngeloniAsha BelkinLoretta BensonSulithi DewendraLucinda DunhamKellie ElmesElliot FreadmanMatthew GriceMeg HaynesTristan JamsonCrystal JiKavina KalaichelvamRhiannon KerrRachel KirkEmily LaAlex LiaJake MarusichCaitlyn MckenzieRachel MossEmma NortonKatherine O'connellJayden PayneEmily RowbothamSamuel SaundersDiya Sharma

world literaturedigital scholarshipprelims comprisetextual practiceenglishelectronic publishingcopyright protectionfront matterliteraturecontents foreword prefaceliterary theorymedia studies

Unexplored Mbe Growth Mode Reveals New Properties of Superconducting Nbn. Physical Review Materials (2021)

John WrightCelesta ChangDacen WatersFelix LüpkeRandall FeenstraLucy RaymondRosalyn KoscicaGuru KhalsaDavid MullerHuili G. XingDebdeep Jena

physicssuperconductivitymaterials sciencesuperconducting materialselectronic materialsnbn filmscrystal researchcondensed matter physicscondensed mattercrystal growth technologycrystal growthmbe growth modesolid-state physicsapplied physicsimportant superconductor nbnhigh-tc superconductivitycrystallography

Acquisition and Analysis of Scanning Tunneling Spectroscopy Data—Wse2 Monolayer. Journal of Vacuum Science & Technology A Vacuum Surfaces and Films (2020)

Randall M. FeenstraGrayson R. FrazierYi PanStefan FölschYu-Chuan LinBhakti JariwalaKehao ZhangJoshua A. Robinson

physicsmaterials sciencethin filmssurface sciencevacuum devicespectroscopymicroscopysurface characterizationapplied physicscharacterization (materials science)

Flat Bands and Mechanical Deformation Effects in the Moiré Superlattice of Mos 2 -Wse 2 Heterobilayers. ACS Nano (2020)

Dacen WatersYifan NieFelix LüpkeYi PanStefan FölschYu-Chuan LinBhakti JariwalaKehao ZhangChong WangHongyan LvKyeongjae ChoDi XiaoJoshua A. RobinsonRandall M. Feenstra

thin filmsmaterials sciencesemiconductor nanostructuresmoire superlatticenanoengineeringelectronic materialscondensed mattersolid-state electronicsmechanical deformation effectsapplied physicsnanotechnologymechanical engineeringelectronicsmultilayer heterostructuresflat bandscondensed matter physicscrystal growthnanomaterialsnanometrology

Photo-Physics and Electronic Structure of Lateral Graphene/Mos2 and Metal/Mos2 Junctions. (2020)

Shruti SubramanianQuinn T. CampbellSimon MoserJonas KiemlePhilipp ZimmermannPaul SeifertFlorian SiggerDeeksha SharmaHala Al-SadegMichael LabellaDacen WatersRandall M. FeenstraRoland J. KochChris JozwiakAaron BostwickEli RotenbergIsmaila DaboAlexander HolleitnerThomas E. BeechemUrsula WurstbauerJoshua A. Robinson

thin filmsmaterials sciencesemiconductor nanostructureselectronic materialscondensed matter physicssolid-state electronicssemiconductorsgrapheneoptoelectronicselectronic structurecarbon-based materials

Photophysics and Electronic Structure of Lateral Graphene/Mos 2 and Metal/Mos 2 Junctions. ACS Nano (2020)

Shruti SubramanianQuinn T. CampbellSimon K. MoserJonas KiemlePhilipp ZimmermannPaul SeifertFlorian SiggerDeeksha SharmaHala Al-SadegMichael LabellaDacen WatersRandall M. FeenstraRoland J. KochChris JozwiakAaron BostwickEli RotenbergIsmaila DaboAlexander W. HolleitnerThomas E. BeechemUrsula WurstbauerJoshua A. Robinson

thin filmsmaterials sciencesemiconductor nanostructureselectronic materialsnanoparticle researchfunctional nanomaterialsnanomaterialsgraphenenanotechnologyoptoelectronicselectronic structurecarbon-based materials

Proximity-Induced Superconducting Gap in the Quantum Spin Hall Edge State of Monolayer Wte2. Nature Physics (2020)

Felix LüpkeDacen WatersSergio C. de la BarreraMichael WidomDavid G. MandrusJiaqiang YanRandall M. FeenstraBenjamin M. Hunt

physicsmaterials sciencesuperconductivitythin filmssuperconducting materialscondensed matter physicsspintronicscondensed matterapplied physicsquantum materials

Quantum Spin Hall Effect in Twisted Bilayer Wte 2 Measured With Stm. Bulletin of the American Physical Society (2020)

Dacen WatersFelix LüpkeBenjamin HuntRandall Feenstra

applied physicstwisted bilayercondensed matter physicsspintronics

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Randall Feenstra

Professor of Physics

Carnegie Mellon University

Affiliations

College of Engineering

Materials Science and Engineering

Mellon College of Science

Physics

Randall Feenstra is currently serving as a College Of Engineering Professor of Physics at Carnegie Mellon 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

Randall Feenstra

Carnegie Mellon University

Professor of Physics

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Randall M. FeenstraGrayson R. FrazierYi PanStefan FölschYu-Chuan LinBhakti JariwalaKehao ZhangJoshua A. Robinson

physicsmaterials sciencethin filmssemiconductor nanostructuressurface sciencespectroscopysurface characterizationapplied physics

Increasing Flatness of Surface Bands of Multilayer Rhombohedral Graphite With Crystal Thickness. Physical review. B./Physical review. B (2024)

E. J. SeifertErin AkyuzRandall M. FeenstraBenjamin M. Hunt

materials sciencesurface sciencemultilayer rhombohedral graphitecrystal thicknessgraphenesurface bands

Front Matter. The Australian Year Book of International Law Online (2022)

world literaturedigital scholarshipprelims comprisetextual practiceenglishelectronic publishingcopyright protectionfront matterliteraturecontents foreword prefaceliterary theorymedia studies

Unexplored Mbe Growth Mode Reveals New Properties of Superconducting Nbn. Physical Review Materials (2021)

John WrightCelesta ChangDacen WatersFelix LüpkeRandall FeenstraLucy RaymondRosalyn KoscicaGuru KhalsaDavid MullerHuili G. XingDebdeep Jena

Acquisition and Analysis of Scanning Tunneling Spectroscopy Data—Wse2 Monolayer. Journal of Vacuum Science & Technology A Vacuum Surfaces and Films (2020)

Randall M. FeenstraGrayson R. FrazierYi PanStefan FölschYu-Chuan LinBhakti JariwalaKehao ZhangJoshua A. Robinson

physicsmaterials sciencethin filmssurface sciencevacuum devicespectroscopymicroscopysurface characterizationapplied physicscharacterization (materials science)

Flat Bands and Mechanical Deformation Effects in the Moiré Superlattice of Mos 2 -Wse 2 Heterobilayers. ACS Nano (2020)

Dacen WatersYifan NieFelix LüpkeYi PanStefan FölschYu-Chuan LinBhakti JariwalaKehao ZhangChong WangHongyan LvKyeongjae ChoDi XiaoJoshua A. RobinsonRandall M. Feenstra

Photo-Physics and Electronic Structure of Lateral Graphene/Mos2 and Metal/Mos2 Junctions. (2020)

Photophysics and Electronic Structure of Lateral Graphene/Mos 2 and Metal/Mos 2 Junctions. ACS Nano (2020)

Proximity-Induced Superconducting Gap in the Quantum Spin Hall Edge State of Monolayer Wte2. Nature Physics (2020)

Felix LüpkeDacen WatersSergio C. de la BarreraMichael WidomDavid G. MandrusJiaqiang YanRandall M. FeenstraBenjamin M. Hunt

physicsmaterials sciencesuperconductivitythin filmssuperconducting materialscondensed matter physicsspintronicscondensed matterapplied physicsquantum materials

Quantum Spin Hall Effect in Twisted Bilayer Wte 2 Measured With Stm. Bulletin of the American Physical Society (2020)

Dacen WatersFelix LüpkeBenjamin HuntRandall Feenstra

applied physicstwisted bilayercondensed matter physicsspintronics

1
2
3
4
5
85
10 / page

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applied mechanics

quantum chemistry

Robert Davis

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hexagonal boron

semiconductor

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advanced materials

electronic material

Robert Wallace

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advanced materials

integrated circuit technology

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quantum materials

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manufacturing

engineering

John Ketterson

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Harvard University

scientific computing

material simulation

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nanowire

electronic material

Sokrates T. Pantelides

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advanced functional material

solid state physics