Faculty

Institution

Unit

Venue

Kristin Wustholz

Margaret Hamilton Professor

College of William and Mary

Affiliations

Arts & Sciences

Chemistry

Kristin Wustholz is currently serving as an Arts & Sciences Margaret Hamilton Professor at College of William And Mary.

Honors

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Experiences

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Education

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Kristin Wustholz

College of William and Mary

Margaret Hamilton Professor

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materials science biophysics physical chemistry nanotechnology applied physics art spectroscopy raman spectroscopy material chemistry nanomaterials analytical chemistry surface science dyeing surface-enhanced raman scattering optical properties microscopy nanoparticle research chemical sciences molecular spectroscopy plasmonics surface chemistry surface nanotechnology optical engineering historic oil paintings single crystals dispersive electron-transfer kinetics blinking-based multiplexing single-molecule spectroscopy molecular science crystal growth single molecules single molecule biophysics molecular chemistry analytical biotechnology surface analysis surface characterization mixture analysis sensor design sensor technology bioinstrumentation photodegradation nanobiotechnology green nanotechnology nanoscale chemistry excited state property optical communications communication engineering organic electronics identification method illumination modeling gold nanoparticle dimers structure-activity relationships crystal violet isotopologues electromagnetic enhancement organic materials fluorescence microscopy pretreatment strategies sers analysis prussian blue oil paint lake pigments chemistry fluorescence spectroscopy fluorescence vibrational spectroscopy single-molecule detection conservation science

Notable Scholarly Works

Notable Federal Grants

Collaborators

Blinking Characteristics of Organic Fluorophores for Blink-Based Multiplexing. Communications Chemistry (2024)

Amelia G. SeaburyAlisha J. KhodabocusIsabelle M. KoganGrayson R. HoyGrace A. DeSalvoKristin L. Wustholz

blink-based multiplexingoptical propertiestechnologyoptical communicationsmaterials sciencebiophotonicscommunicationcommunication engineeringorganic fluorophoresorganic electronics

Uncovering Art’s Vanishing Hues With Surface-Enhanced Raman Scattering: Drawing Inspiration From the Past for the Future. ACS Nano (2024)

Kristin L. WustholzShelley A. SvobodaMeredith G. MartinBenjamin T. SteinmanZhaoyun Zheng

surface-enhanced raman scatteringart historyillumination modelingvanishing huesartnanotechnology

Rapid, Accurate Classification of Single Emitters in Various Conditions and Environments for Blinking-Based Multiplexing. The Journal of Physical Chemistry A (2023)

Grayson R. HoyGrace A. DeSalvoSophia H. HaileEmma N. SmithKristin L. Wustholz

biophysicsphotonicssingle emittersvarious conditionsaccurate classificationoptoelectronicsapplied physicsphysical chemistrydigital signal processingphysicsblinking-based multiplexingsignal processing

Blinking-Based Multiplexing: A New Approach for Differentiating Spectrally Overlapped Emitters. The Journal of Physical Chemistry Letters (2022)

Grace A. DeSalvoGrayson R. HoyIsabelle M. KoganJohn Z. LiElise T. PalmerEmilio Luz-RiccaPaul Scemama de GiallulyKristin L. Wustholz

blinking-based multiplexingapplied physicsphysical chemistry

Origin of Kinetic Dispersion in Eosin-Sensitized Tio 2: Insights From Single-Molecule Spectroscopy. The Journal of Physical Chemistry C (2021)

Kelly M. KoperaHarrison G. TuckmanGrayson R. HoyKristin L. Wustholz

biophysicsspectroscopyinorganic chemistrymaterial chemistrymaterials sciencephysical chemistryapplied physicssingle-molecule spectroscopykinetic dispersion

Revealing the Fugitive Palette of the Early American South: A Sers Study of Eighteenth-Century Oil Paintings. Studies in Conservation (2021)

Marisa A. ChoffelCarolyn G. FarlingKristen A. FranoMary K. MateckiZhaoyun ZhengShelley A. SvobodaKristin L. Wustholz

fugitive palettesers studyarchaeologyart historyeighteenth-century oil paintingsearly american southconservation scienceart

Development of a Quality Assurance Protocol for Sers-Based Identification of Organic Pigments in Art [Invited]. Optical Materials Express (2019)

Carolyn G. FarlingKalie M. FikseShelley A. SvobodaKristin L. Wustholz

organic pigmentsidentification methodquality assurance protocoloptical materialssers-based identificationmaterials scienceart

Unraveling the Excited-State Dynamics of Eosin Y Photosensitizers Using Single-Molecule Spectroscopy. The Journal of Physical Chemistry A (2019)

Pauline G. LynchHuw RichardsKristin L. Wustholz

biophysicsspectroscopyexcited state propertybiochemistrypharmacologyphysical chemistrysingle-molecule spectroscopyexcited-state dynamics

Research With Undergraduates at the Intersection of Chemistry and Art: Surface-Enhanced Raman Scattering Studies of Oil Paintings. ACS symposium series (2018)

Shelle N. BurkeCarolyn G. FarlingShelley A. SvobodaKristin L. Wustholz

artsurface-enhanced raman scatteringundergraduate researchchemistry

Probing the Aggregation and Photodegradation of Rhodamine Dyes on Tio 2. The Journal of Physical Chemistry C (2017)

James P. CassidyJenna A. TanKristin L. Wustholz

chemistrydyeingmaterial chemistryrhodamine dyesmaterials sciencephysical chemistryphotocatalysisapplied physicsphotochemistryphotodegradation

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Kristin Wustholz

Margaret Hamilton Professor

College of William and Mary

Affiliations

Arts & Sciences

Chemistry

Kristin Wustholz is currently serving as an Arts & Sciences Margaret Hamilton Professor at College of William And Mary.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Kristin Wustholz

College of William and Mary

Margaret Hamilton Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Blinking Characteristics of Organic Fluorophores for Blink-Based Multiplexing. Communications Chemistry (2024)

Amelia G. SeaburyAlisha J. KhodabocusIsabelle M. KoganGrayson R. HoyGrace A. DeSalvoKristin L. Wustholz

blink-based multiplexingoptical propertiestechnologyoptical communicationsmaterials sciencebiophotonicscommunicationcommunication engineeringorganic fluorophoresorganic electronics

Uncovering Art’s Vanishing Hues With Surface-Enhanced Raman Scattering: Drawing Inspiration From the Past for the Future. ACS Nano (2024)

Kristin L. WustholzShelley A. SvobodaMeredith G. MartinBenjamin T. SteinmanZhaoyun Zheng

surface-enhanced raman scatteringart historyillumination modelingvanishing huesartnanotechnology

Rapid, Accurate Classification of Single Emitters in Various Conditions and Environments for Blinking-Based Multiplexing. The Journal of Physical Chemistry A (2023)

Grayson R. HoyGrace A. DeSalvoSophia H. HaileEmma N. SmithKristin L. Wustholz

biophysicsphotonicssingle emittersvarious conditionsaccurate classificationoptoelectronicsapplied physicsphysical chemistrydigital signal processingphysicsblinking-based multiplexingsignal processing

Blinking-Based Multiplexing: A New Approach for Differentiating Spectrally Overlapped Emitters. The Journal of Physical Chemistry Letters (2022)

Grace A. DeSalvoGrayson R. HoyIsabelle M. KoganJohn Z. LiElise T. PalmerEmilio Luz-RiccaPaul Scemama de GiallulyKristin L. Wustholz

blinking-based multiplexingapplied physicsphysical chemistry

Origin of Kinetic Dispersion in Eosin-Sensitized Tio 2: Insights From Single-Molecule Spectroscopy. The Journal of Physical Chemistry C (2021)

Kelly M. KoperaHarrison G. TuckmanGrayson R. HoyKristin L. Wustholz

biophysicsspectroscopyinorganic chemistrymaterial chemistrymaterials sciencephysical chemistryapplied physicssingle-molecule spectroscopykinetic dispersion

Revealing the Fugitive Palette of the Early American South: A Sers Study of Eighteenth-Century Oil Paintings. Studies in Conservation (2021)

Marisa A. ChoffelCarolyn G. FarlingKristen A. FranoMary K. MateckiZhaoyun ZhengShelley A. SvobodaKristin L. Wustholz

fugitive palettesers studyarchaeologyart historyeighteenth-century oil paintingsearly american southconservation scienceart

Development of a Quality Assurance Protocol for Sers-Based Identification of Organic Pigments in Art [Invited]. Optical Materials Express (2019)

Carolyn G. FarlingKalie M. FikseShelley A. SvobodaKristin L. Wustholz

organic pigmentsidentification methodquality assurance protocoloptical materialssers-based identificationmaterials scienceart

Unraveling the Excited-State Dynamics of Eosin Y Photosensitizers Using Single-Molecule Spectroscopy. The Journal of Physical Chemistry A (2019)

Pauline G. LynchHuw RichardsKristin L. Wustholz

biophysicsspectroscopyexcited state propertybiochemistrypharmacologyphysical chemistrysingle-molecule spectroscopyexcited-state dynamics

Research With Undergraduates at the Intersection of Chemistry and Art: Surface-Enhanced Raman Scattering Studies of Oil Paintings. ACS symposium series (2018)

Shelle N. BurkeCarolyn G. FarlingShelley A. SvobodaKristin L. Wustholz

artsurface-enhanced raman scatteringundergraduate researchchemistry

Probing the Aggregation and Photodegradation of Rhodamine Dyes on Tio 2. The Journal of Physical Chemistry C (2017)

James P. CassidyJenna A. TanKristin L. Wustholz

chemistrydyeingmaterial chemistryrhodamine dyesmaterials sciencephysical chemistryphotocatalysisapplied physicsphotochemistryphotodegradation

1
2
3
4
10 / page

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Similar Faculty Members

Peng Zhang

Institution

University of Cincinnati

biophysics

photomedicine

Michael A. J. Rodgers

Institution

Bowling Green State University

chemistry

photochemistry

Anne Myers Kelley

Institution

University of California, Merced

raman spectroscopy

optical spectroscopy

Michael L. Myrick

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forensic infrared imaging

multivariate optical computing

Emily Smith

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Iowa State University

chemistry

imaging spectroscopy

Isiah M. Warner

Institution

University of Cincinnati

environmental chemistry

new lighting technology

Garth Simpson

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optical properties

optical spectroscopy

John C. Wright

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University of Wisconsin–Madison

magnetic resonance

electron transfer dynamics

Manas Gartia

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fluorescence

label-free sensor development

John Lombardi

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metal clusters

spectroscopy