Faculty

Institution

Unit

Venue

Mark G. Kuzyk

Regents Professor of Physics

Washington State University

Affiliations

College of Arts and Sciences

Department of Physics and Astronomy

Mark G. Kuzyk is currently serving as a College Of Arts And Sciences Regents Professor of Physics at Washington State University.

Honors

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Experiences

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Education

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Mark G. Kuzyk

Washington State University

Regents Professor of Physics

You can click a keyword to filter the displayed items

materials science applied physics photonics optical engineering polymer science optoelectronics optical properties biophysics polymer technology physics optical materials optical metrology polymer engineering dyeing fiber science photodegradation condensed matter physics nonlinear optics physical chemistry photochemistry material chemistry laser science additive manufacturing fundamental limits optical spectroscopy quantum chemistry polymer degradation light science wave optics nonlinear susceptibilities dye-doped polymers quantum science nonlinear science hyperpolarization (biology) applied chemistry photopolymer network reversible photodegradation material research nonlinear phenomena optic design non-linear optics beam optics photophysical properties photochromism optical communications photomechanical response pmma polymer nonlinear-optical response disperse orange 11 chemical sciences photomedicine laser processing technology holographic method optical testing dye-doped polymer molecular science lightwave technology dispersion science textile research fibers organic electronics diffractive optics interferometry optical physics polymer properties molecular spectroscopy fiber optics polymer nanotechnology nonlinear process degradation reaction optical second-harmonic generation physical limits nonlinear-optical materials polymer fiber optics guest-host polymer fibers intrinsic hyperpolarizability

Notable Scholarly Works

Notable Federal Grants

Collaborators

Deterministic Shaping of Quantum Light Statistics. Photonics (2024)

Garrett D. ComptonMark G. Kuzyk

photonicsstatisticsdeterministic shaping

Liquid Crystal Networks for Photomechanical Device Applications. (2024)

Ankita BuhyanBojun ZhouZoya GhorbanishiadehMarkus LahikainenArri PriimagiMark G. Kuzyk

photomechanical device applicationsliquid crystal networksliquid crystalsoptomechanical systems

Mechanisms of the Photomechanical Response in Thin-Film Dye-Doped Glassy Polymers. (2024)

Zoya GhorbanishiadehAnkita BhuyanBojun ZhouMorteza Sheibani KarkhanehMark G Kuzyk

photomechanical responsemechanical behaviormechanical engineeringthin films

An All-Optical 2-Bit Adder Composed of Fabry-Perot Devices. (2023)

Jennifer Ellaine HouleDennis SullivanAta ZadehgolMark G. Kuzyk

technologyoptoelectronicsphotonicsoptical engineeringfabry-perot devices

The Emergence of Classical Mixtures From an Entangled Quantum State. American Journal of Physics (2023)

Mark G. Kuzyk

physicsclassical mixturesentangled quantum statequantum entanglementquantum science

Effect of Disperse Red 1 Azobenzene Dye Doping and Annealing on the Thermomechanical and Photomechanical Properties of Pmma Fibers. Applied Sciences (2022)

Zoya GhorbanishiadehBojun ZhouMorteza Sheibani KarkhanehRebecca OehlerMark Kuzyk

surface modificationnanotechnologymechanical engineeringphotomechanical propertiespmma fibersapplied physicsfiber scienceapplied physiologypolymer sciencematerials sciencemechanical sciencethermomechanical processingapplied chemistrysurface sciencedyeingazobenzene dye dopingmaterials engineeringfibersmechanical properties

Modular Software for Real-Time Quantum Control Systems. 2022 IEEE International Conference on Quantum Computing and Engineering (QCE) (2022)

Leon RiesebosBrad BondurantJacob WhitlowJunki KimMark KuzykTianyi ChenSamuel PhiriYe WangChao FangAndrew Van HornJungsang KimKenneth R. Brown

system softwarecomputer sciencequantum computingcomputer architecturequantum engineeringquantum hardwaremodular softwareoperating systemsmodular control softwarecurrent control softwarecomputer engineeringquantum algorithmshigh performance computer architecturequantum programmingquantum information sciencequantum science

Harnessing the Power of Light With Photomechanical Materials. (2021)

Mark G. Kuzyk

mechanical behaviormechanical engineeringphotomechanical materialsoptical materialslight absorptionlight science

Length as a Paradigm for Understanding the Classical Limit. American Journal of Physics (2021)

Mark G. Kuzyk

physicsclassical limit

Photothermal and Reorientational Contributions to the Photomechanical Response of Dr1 Azo Dye-Doped Pmma Fibers. Applied Sciences (2021)

Zoya GhorbanishiadehBojun ZhouMorteza Sheibani KarkhanehRebecca OehlerMark G. Kuzyk

materials sciencedyeingfiber scienceapplied physiologybiophysicscomposite scienceapplied chemistryapplied geneticscoatingsapplied physicstextile researchthin filmsadvanced fiber materialsurface sciencereorientational contributionsphotomechanical response

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Mark G. Kuzyk

Regents Professor of Physics

Washington State University

Affiliations

College of Arts and Sciences

Department of Physics and Astronomy

Mark G. Kuzyk is currently serving as a College Of Arts And Sciences Regents Professor of Physics at Washington State 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

Mark G. Kuzyk

Washington State University

Regents Professor of Physics

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Deterministic Shaping of Quantum Light Statistics. Photonics (2024)

Garrett D. ComptonMark G. Kuzyk

photonicsstatisticsdeterministic shaping

Liquid Crystal Networks for Photomechanical Device Applications. (2024)

Ankita BuhyanBojun ZhouZoya GhorbanishiadehMarkus LahikainenArri PriimagiMark G. Kuzyk

photomechanical device applicationsliquid crystal networksliquid crystalsoptomechanical systems

Mechanisms of the Photomechanical Response in Thin-Film Dye-Doped Glassy Polymers. (2024)

Zoya GhorbanishiadehAnkita BhuyanBojun ZhouMorteza Sheibani KarkhanehMark G Kuzyk

photomechanical responsemechanical behaviormechanical engineeringthin films

An All-Optical 2-Bit Adder Composed of Fabry-Perot Devices. (2023)

Jennifer Ellaine HouleDennis SullivanAta ZadehgolMark G. Kuzyk

technologyoptoelectronicsphotonicsoptical engineeringfabry-perot devices

The Emergence of Classical Mixtures From an Entangled Quantum State. American Journal of Physics (2023)

Mark G. Kuzyk

physicsclassical mixturesentangled quantum statequantum entanglementquantum science

Effect of Disperse Red 1 Azobenzene Dye Doping and Annealing on the Thermomechanical and Photomechanical Properties of Pmma Fibers. Applied Sciences (2022)

Zoya GhorbanishiadehBojun ZhouMorteza Sheibani KarkhanehRebecca OehlerMark Kuzyk

Modular Software for Real-Time Quantum Control Systems. 2022 IEEE International Conference on Quantum Computing and Engineering (QCE) (2022)

Leon RiesebosBrad BondurantJacob WhitlowJunki KimMark KuzykTianyi ChenSamuel PhiriYe WangChao FangAndrew Van HornJungsang KimKenneth R. Brown

Harnessing the Power of Light With Photomechanical Materials. (2021)

Mark G. Kuzyk

mechanical behaviormechanical engineeringphotomechanical materialsoptical materialslight absorptionlight science

Length as a Paradigm for Understanding the Classical Limit. American Journal of Physics (2021)

Mark G. Kuzyk

physicsclassical limit

Photothermal and Reorientational Contributions to the Photomechanical Response of Dr1 Azo Dye-Doped Pmma Fibers. Applied Sciences (2021)

Zoya GhorbanishiadehBojun ZhouMorteza Sheibani KarkhanehRebecca OehlerMark G. Kuzyk

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science and technology studies

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optical coherent transients in solids

optical solitons

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quantum entanglement

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