Faculty

Institution

Unit

Venue

Anna Swan

Associate Professor

Boston University

Affiliations

College of Engineering

Biomedical Engineering

Electrical and Computer Engineering

Materials Science and Engineering

College of Arts & Sciences

Physics

Anna Swan is currently serving as a Biomedical Engineering Associate Professor at Boston University.

Honors

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Experiences

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Education

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Anna Swan

Boston University

Associate Professor

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materials science applied physics nanotechnology optoelectronics nanomaterials microscopy physics electronic materials photonics electrical engineering condensed matter physics raman spectroscopy nanoengineering materials engineering solid-state electronics nanometrology condensed matter mechanical science semiconductor nanostructures biomedical imaging nanoscale science carbon-based materials optical engineering electronics solid-state physics material research nanobiotechnology nanomechanics optical imaging material chemistry numerical aperture laser science nanoparticle research membrane science tribology nanotribology optical metrology organic electronics plasmonics quantum science micro-electromechanical systems quantum technologies beam optics aluminum gallium nitride terahertz photonics high resolution metals charge transport biomedical photonics photoluminescence lens microscopy electron-phonon coupling internal spatial modes composite science quantum chemistry material physics one-dimensional materials nanoscale modeling fragmentation effect micromechanics separation technology uniaxial strain resonant raman spectroscopy condon approximation optical determination subsurface microscopy epitaxial growth charge separation sensor technology resonance raman spectra two-dimensional electron gas optical characterization complex media resonance raman spectroscopy optical waveguides local propagation properties optical spectroscopy optical materials characterization (materials science) optical properties

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Charge Separation in Monolayer Wse 2 by Strain Engineering: Implications for Strain-Induced Diode Action. ACS Applied Nano Materials (2022)

Zhuofa ChenWeijun LuoLiangbo LiangXi LingAnna K. Swan

nanomaterialssolid-state electronicsstrain-induced diode actionstrain engineeringadvanced materialssurface nanotechnologytechnologysemiconductor nanostructuresnanotechnologysemiconductor devicessemiconductor technologynanoengineeringsemiconductorscharge separationapplied physicsmaterials science

Graphene Metasurfaces for Terahertz Wavefront Shaping and Light Emission [Invited]. Optical Materials Express (2022)

Yuyu LiMathan Ramaswamy KrisshnamurthiWeijun LuoAnna K. SwanXi LingRoberto Paiella

photonicsadvanced materialsengineeringoptoelectronicsoptical materialsgraphene metasurfacesgrapheneterahertz wavefront shapingoptical engineeringapplied physicsmaterials science

Enhanced Dielectric Screening and Photoluminescence From Nanopillar-Strained Mos 2 Nanosheets: Implications for Strain Funneling in Optoelectronic Applications. ACS Applied Nano Materials (2021)

Mounika VutukuruHossein ArdekaniZhuofa ChenRyan L. WilmingtonKenan GundogduAnna K. Swan

nanomaterialsstrain funnelingphotoluminescenceadvanced materialstechnologynanotechnologyoptoelectronicsdielectric screeningoptoelectronic applicationsnanoscale scienceapplied physicsmaterials science

PRIDE: Photonics Research in Interdisciplinary Education. (2020)

MS UnluMF RuaneBB GoldbergTD MoustakasBEA SalehMC Teich

interdisciplinary educationphotonicseducationphotonics research

Correction to Band Gap Engineering With Ultralarge Biaxial Strains in Suspended Monolayer Mos 2. Nano Letters (2019)

David LloydXinghui LiuJason W. ChristopherLauren CantleyAnubhav WadehraBrian L. KimBennett B. GoldbergAnna K. SwanJ. Scott Bunch

nanomaterialswide-bandgap semiconductorsultralarge biaxial strainsnanophotonicsnanotechnologynanometrologynanoengineeringelectronic materialsgap engineeringapplied physicsthin filmsnanobiotechnologymaterials science

Monolayer Mos 2 Strained to 1.3% With a Microelectromechanical System. Journal of Microelectromechanical Systems (2019)

Jason W. ChristopherMounika VutukuruDavid LloydJ. Scott BunchBennett B. GoldbergDavid J. BishopAnna K. Swan

engineeringmechanical engineeringmicroelectromechanical systemthin filmsmaterials science

Monolayer Mos$_2$ Strained to 1.2\% With a Microelectromechanical System. arXiv (Cornell University) (2018)

Jason W. ChristopherMounika VutukuruDavid LloydJ. Scott BunchBennett B. GoldbergDavid J. BishopAnna K. Swan

nanomaterialsnanotechnologymechanical engineeringmicroelectromechanical systemapplied physicsthin filmsmaterials science

Riveting 2D Materials: Mems Strained Mos 2 in Excess of 1% and Future Outlooks. Bulletin of the American Physical Society (2018)

Mounika VutukuruJason ChristopherDavid LloydJoseph BunchBennett GoldbergDavid BishopAnna Swan

advanced materialsengineeringfuture outlooksapplied physicsmaterials science

Extended Depth-Of-Field Microscopy With a High-Speed Deformable Mirror. Optics Letters (2017)

WJ ShainNA VickersBB GoldbergT BifanoJ Mertz

photonicsmicroscopyoptical imagingbeam opticsdepth-of-field microscopyhigh-speed deformable mirrorapplied physicsbiomedical imaging

Incorporating 2D Materials With Micro-Electromechanical Systems to Explore Strain Physics and Devices. Bulletin of the American Physical Society (2017)

J ChristopherM VutukuruT KohlerD BishopA SwanB Goldberg

strain physicsmaterials engineeringmicro-electromechanical systemsengineeringapplied physicsmaterials science

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