Faculty

Institution

Unit

Venue

Robert M. Westervelt

Mallinckrodt Professor

Harvard University

Affiliations

Harvard John A. Paulson School of Engineering and Applied Sciences

Applied Physics

Materials Science & Mechanical Engineering

Quantum Science & Engineering

Harvard Faculty of Arts and Sciences

Center for Nanoscale Systems

Physics

Robert M. Westervelt is currently serving as an Applied Physics Mallinckrodt Professor at Harvard University.

Honors

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Experiences

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Education

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Robert M. Westervelt

Harvard University

Mallinckrodt Professor

You can click a keyword to filter the displayed items

applied physics materials science condensed matter physics physics optoelectronics nanotechnology particle physics electrical engineering nanomaterials electronics condensed matter electronic materials solid-state electronics atomic physics microfluidics electron microscopy semiconductor technology semiconductor nanostructures scanning probe microscopy dynamical systems nanoscale science electronic imaging nanometrology cell manipulation quantum photonics nanobiotechnology charge transport semiconductor devices cryogenics carbon-based materials magnetic bubble arrays nanoparticle research magnetic fields micro technology biomedical imaging quantum science chaos theory printed electronics micro-electromechanical systems material research material chemistry biomedical technologies tunnel-coupled quantum dots statistical physics nonlinear phenomena surface nanotechnology fabrication techniques semiconductor device fabrication organic electronics lab-on-a-chip analog neural networks conductance fluctuations nucleation phenomena nonlinear dynamics statistical mechanics thermal engineering numerical stability chip on board integrated control aluminum gallium nitride electron spectroscopy neutral atoms magnetic manipulation collective transport electron-hole drop formation electron gas ultrapure ge quantum point contact nonlinear science atomic spectroscopy network dynamics self-organization ballistic microstructures chaotic scattering electron transport dielectrophoretic manipulation quantum technologies quantum engineering quantum computing

Notable Scholarly Works

Notable Federal Grants

Collaborators

Measuring Kinetic Inductance and Superfluid Stiffness of Two-Dimensional Superconductors Using High-Quality Transmission-Line Resonators. Physical Review Research (2024)

Mary KreidelXuanjing ChuJesse BalgleyAbhinandan AntonyNishchhal VermaJulian InghamLeonardo RanzaniRaquel QueirozRobert M. WesterveltJames HoneKin Chung Fong

mechanical engineeringelectrical engineeringsuperconductivityhigh-quality transmission-line resonatorssuperfluid stiffnesskinetic inductanceapplied physicstwo-dimensional superconductors

Superfluid Stiffness of Twisted Multilayer Graphene Superconductors. arXiv (Cornell University) (2024)

Banerjee, AbhishekHao, ZeyuKreidel, MaryLedwith, PatrickPhinney, IsabellePark, Jeong MinZimmerman, Andrew M.Watanabe, KenjiTaniguchi, TakashiWestervelt, Robert MJarillo-Herrero, PabloVolkov, Pavel A.Vishwanath, AshvinFong, Kin ChungKim, Philip

mechanical engineeringsuperconductivitysuperfluid stiffnessapplied physicscondensed matter physicsmaterials science

Imaging Electrons in Two Dimensional Materials (Final Report). (2021)

Philip KimRobert WesterveltDavid BellGil-Ho LeeMary KreidelKenji WatanabeTakashi TaniguchiKe WangEfthimios KaxirasAndrew Lin

electron diffractionsurface scienceelectronic imagingoptoelectronicselectron microscopyelectronicsapplied physicsmaterials science

Imaging Andreev Reflection in Graphene. Nano Letters (2020)

Sagar BhandariGil-Ho LeeKenji WatanabeTakashi TaniguchiPhilip KimRobert M. Westervelt

nanomaterialsnanophotonicsnanotechnologynanometrologyoptoelectronicselectronic materialsimaging spectroscopygrapheneapplied physicsnanobiotechnologymaterials sciencecarbon-based materials

Imaging the Flow of Holes From a Collimating Contact in Graphene. Semiconductor Science and Technology (2020)

Sagar BhandariMary KreidelAlexander KelserGil-Ho LeeKenji WatanabeTakashi TaniguchiPhilip KimRobert M Westervelt

electronicscondensed mattertechnologysemiconductor nanostructuresoptoelectronicssemiconductor technologyelectronic materialsgrapheneinterfacial studiessemiconductorsapplied physicsthin filmscondensed matter physicsmaterials sciencecarbon-based materials

Portable Nmr With Parallelism. Analytical Chemistry (2020)

Ka-Meng LeiDongwan HaYi-Qiao SongRobert M. WesterveltRui MartinsPui-In MakDonhee Ham

biophysicsnuclear magnetic resonanceportable nmranalytical chemistry

New Advanced Electron Microscopy to Discover New Quantum Materials. Microscopy and Microanalysis (2019)

David C. BellCigdem Ozsoy-KeskinboraFelix VonCubeJoseph CheckelskyRobert M. Westervelt

microscopymicroanalysisquantum materialselectron microscopymaterials science

Imaging Electron Flow From Collimating Contacts in Graphene. 2D Materials (2018)

S BhandariG H LeeK WatanabeT TaniguchiP KimR M Westervelt

technologyoptoelectronicselectron microscopygrapheneinterfacial studiesapplied physicscondensed matter physicsmaterials science

Imaging Quantum Dot Formation in Mos 2 Nanostructures. Nanotechnology (2018)

S BhandariK WangK WatanabeT TaniguchiP KimR M Westervelt

nanomaterialsnanotechnologyquantum dot formationquantum dotsmaterials science

Analysis of Scanned Probe Images for Magnetic Focusing in Graphene. Journal of Electronic Materials (2017)

Sagar BhandariGil-Ho LeePhilip KimRobert M. Westervelt

scanned probe imagescondensed matternanotechnologyoptoelectronicsprinted electronicselectronic materialselectrical engineeringmagnetic focusinggraphenescanning probe microscopyapplied physicsimage analysismicroelectronicsmaterials science

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Robert M. Westervelt

Mallinckrodt Professor

Harvard University

Affiliations

Harvard John A. Paulson School of Engineering and Applied Sciences

Applied Physics

Materials Science & Mechanical Engineering

Quantum Science & Engineering

Harvard Faculty of Arts and Sciences

Center for Nanoscale Systems

Physics

Robert M. Westervelt is currently serving as an Applied Physics Mallinckrodt Professor at Harvard 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

Robert M. Westervelt

Harvard University

Mallinckrodt Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Measuring Kinetic Inductance and Superfluid Stiffness of Two-Dimensional Superconductors Using High-Quality Transmission-Line Resonators. Physical Review Research (2024)

Mary KreidelXuanjing ChuJesse BalgleyAbhinandan AntonyNishchhal VermaJulian InghamLeonardo RanzaniRaquel QueirozRobert M. WesterveltJames HoneKin Chung Fong

mechanical engineeringelectrical engineeringsuperconductivityhigh-quality transmission-line resonatorssuperfluid stiffnesskinetic inductanceapplied physicstwo-dimensional superconductors

Superfluid Stiffness of Twisted Multilayer Graphene Superconductors. arXiv (Cornell University) (2024)

mechanical engineeringsuperconductivitysuperfluid stiffnessapplied physicscondensed matter physicsmaterials science

Imaging Electrons in Two Dimensional Materials (Final Report). (2021)

Philip KimRobert WesterveltDavid BellGil-Ho LeeMary KreidelKenji WatanabeTakashi TaniguchiKe WangEfthimios KaxirasAndrew Lin

electron diffractionsurface scienceelectronic imagingoptoelectronicselectron microscopyelectronicsapplied physicsmaterials science

Imaging Andreev Reflection in Graphene. Nano Letters (2020)

Sagar BhandariGil-Ho LeeKenji WatanabeTakashi TaniguchiPhilip KimRobert M. Westervelt

nanomaterialsnanophotonicsnanotechnologynanometrologyoptoelectronicselectronic materialsimaging spectroscopygrapheneapplied physicsnanobiotechnologymaterials sciencecarbon-based materials

Imaging the Flow of Holes From a Collimating Contact in Graphene. Semiconductor Science and Technology (2020)

Sagar BhandariMary KreidelAlexander KelserGil-Ho LeeKenji WatanabeTakashi TaniguchiPhilip KimRobert M Westervelt

Portable Nmr With Parallelism. Analytical Chemistry (2020)

Ka-Meng LeiDongwan HaYi-Qiao SongRobert M. WesterveltRui MartinsPui-In MakDonhee Ham

biophysicsnuclear magnetic resonanceportable nmranalytical chemistry

New Advanced Electron Microscopy to Discover New Quantum Materials. Microscopy and Microanalysis (2019)

David C. BellCigdem Ozsoy-KeskinboraFelix VonCubeJoseph CheckelskyRobert M. Westervelt

microscopymicroanalysisquantum materialselectron microscopymaterials science

Imaging Electron Flow From Collimating Contacts in Graphene. 2D Materials (2018)

S BhandariG H LeeK WatanabeT TaniguchiP KimR M Westervelt

technologyoptoelectronicselectron microscopygrapheneinterfacial studiesapplied physicscondensed matter physicsmaterials science

Imaging Quantum Dot Formation in Mos 2 Nanostructures. Nanotechnology (2018)

S BhandariK WangK WatanabeT TaniguchiP KimR M Westervelt

nanomaterialsnanotechnologyquantum dot formationquantum dotsmaterials science

Analysis of Scanned Probe Images for Magnetic Focusing in Graphene. Journal of Electronic Materials (2017)

Sagar BhandariGil-Ho LeePhilip KimRobert M. Westervelt

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