Faculty

Institution

Unit

Venue

Dmitry Martyshkin

Research Assistant Professor

University of Alabama at Birmingham

Affiliations

College of Arts and Sciences

Physics

Dmitry Martyshkin is currently serving as a College Of Arts And Sciences Research Assistant Professor at University of Alabama At Birmingham.

Honors

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Experiences

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Education

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Dmitry Martyshkin

University of Alabama at Birmingham

Research Assistant Professor

You can click a keyword to filter the displayed items

materials science applied physics laser science optoelectronics photonics optical engineering lasers laser processing technology optical materials optical properties electrical engineering spectroscopy mechanical engineering nanotechnology solid-state electronics advanced materials infrared optic luminescence beam optics transition metal material research nanoparticle research optical metrology wave optics cancer treatment laser material electro-optics device spectroscopic characterization raman spectroscopy mechanical science nanobiotechnology optical pumping tumor targeting mid-ir lasers metals pharmaceutical nanotechnology advanced laser processing mid-ir lasing lif crystal precision engineering lightwave technology cancer care medicinal research quantum technologies guided-wave optic semiconductor nanostructures therapeutic nanomaterials cryogenics solid-state chemistry semiconductor materials energy scaling mid-ir laser oscillation polymer films cdse powders high power resonant nonlinear refraction two-photon absorption advanced ceramics histopathology microwave technology material chemistry condensed matter optical physics electronic instrumentation analytical instrumentation instrumentation engineering instrument science fiber optics interferometry solid-state lighting optical communications ceramic technology mid-ir laser materials ii-vi materials fluorescence light effective suppression

Notable Scholarly Works

Notable Federal Grants

Collaborators

Experimental Characterization and Modeling of Sub-Nanosecond Fe: Znse Mid-Ir Gain-Switched Laser Operating at Room Temperature. (2024)

S. GhimireD. MartyshkinV. FedorovS. Mirov

thermal engineeringroom temperatureexperimental characterizationlaser photochemistrynanophotonicslasersoptoelectronicsoptical propertiesfree electron lasersnanoparticle researchmetalssub-nanosecond felaser sciencelight sciencebiophysicslaser materialadvanced laser processingapplied physicsmaterials scienceultrafast laser spectroscopy

Laser-Induced Breakdown Spectroscopy Detection of Heavy Metal Contamination in Soil Samples From North Birmingham, Alabama. Applied Sciences (2024)

Nirmala AdhikariDmitry MartyshkinVladimir FedorovDeblina DasVeena AntonySergey Mirov

north birminghamenvironmental chemistryspectroscopyenvironmental sciencemetal contaminationforensic toxicologylaser-induced breakdownlaserssoilatomic spectroscopymetalloid contaminationchemical engineeringenvironmental toxicologyheavy metal contaminationenvironmental microbiologysoil contaminationanalytical toxicologypollution detectionsoil samplesenvironmental engineeringpesticide science

Room Temperature, 55 Mj/Pulse, Gain-Switched Fe: Znse Laser System Pumped by Radiation of Electro-Optically Q-Switched Cr: Er: Ysgg Mopa. (2024)

Dmitry V. MartyshkinVladimir V. FedorovScott HamlinSergei TochitskySergey B. Mirov

thermal engineeringradiation oncologyroom temperaturelaserslaser scienceapplied physicsmaterials science

Spectral Broadening of Femtosecond Cr: Zns Mopa Oscillation in Inp. (2024)

R DanilinV. FedorovD. MartyshkinS. Mirov

zns mopa oscillationspectral broadeningspectroscopyneurosciencefemtosecond cr

190 Mj 85 Ns Electro-Optically Q-Switched 2.79 μM Cr: Er: Ysgg Laser. (2023)

D. MartyshkinV. FedorovS. J. HamlinS. Mirov

laserslaser scienceelectro-optics deviceapplied physicsmaterials science

350 Mj Electro-Optically Q-Switched 2.79 µM Cr: Er: Ysgg Mopa. Optics Express (2023)

D. MartyshkinV. FedorovS. J. HamlinS. Mirov

photonicsbeam opticssolid-state electronicsspace opticoptoelectronicselectro-optics devicewave opticsapplied physics

Continuous-Wave Narrow-Line Lasing of Polycrystalline Cr: Zns/Se Gain Media in Non-Selective Twisted Mode Cavities. (2023)

Rem DanilinSergey MirovVladimir FedorovDmitry Martyshkin

photonicslaser sciencematerials scienceapplied physicscontinuous-wave narrow-line lasing

Electro-Optically Q-Switched 2.8 Um Cr: Er: Ysgg Laser With Output Energy Up to 300 Mj. (2023)

Dmitri V. MartyshkinVladimir V. FedorovScott J. HamlinSergey B. Mirov

output energylaser scienceoptoelectronicselectro-optics deviceelectrical engineering

High Energy Electro-Optically Q-Switched 2.79 μM Cr: Er: Ysgg Mopa. 2018 IEEE Research and Applications of Photonics In Defense Conference (RAPID) (2023)

Dmitry MartyshkinVladimir FedorovScott HamlinSergey Mirov

electro-optics devicehigh energymaterials scienceoptoelectronics

Spectral Narrowing and Broadening of Cr: Zns/Se Laser Oscillation Due to Mode Competition and Spatial Hole Burning in the Gain Element. Optics Express (2023)

Danilin, RemFedorov, VladimirMartyshkin, DmitryGafarov, OzarfarMirov, Sergey

photonicsgain elementbeam opticsspatial hole burningoptoelectronicslaser sciencespectral narrowingophthalmologyapplied physicsmaterials science

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Dmitry Martyshkin

Research Assistant Professor

University of Alabama at Birmingham

Affiliations

College of Arts and Sciences

Physics

Dmitry Martyshkin is currently serving as a College Of Arts And Sciences Research Assistant Professor at University of Alabama At Birmingham.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Dmitry Martyshkin

University of Alabama at Birmingham

Research Assistant Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Experimental Characterization and Modeling of Sub-Nanosecond Fe: Znse Mid-Ir Gain-Switched Laser Operating at Room Temperature. (2024)

S. GhimireD. MartyshkinV. FedorovS. Mirov

Laser-Induced Breakdown Spectroscopy Detection of Heavy Metal Contamination in Soil Samples From North Birmingham, Alabama. Applied Sciences (2024)

Nirmala AdhikariDmitry MartyshkinVladimir FedorovDeblina DasVeena AntonySergey Mirov

Room Temperature, 55 Mj/Pulse, Gain-Switched Fe: Znse Laser System Pumped by Radiation of Electro-Optically Q-Switched Cr: Er: Ysgg Mopa. (2024)

Dmitry V. MartyshkinVladimir V. FedorovScott HamlinSergei TochitskySergey B. Mirov

thermal engineeringradiation oncologyroom temperaturelaserslaser scienceapplied physicsmaterials science

Spectral Broadening of Femtosecond Cr: Zns Mopa Oscillation in Inp. (2024)

R DanilinV. FedorovD. MartyshkinS. Mirov

zns mopa oscillationspectral broadeningspectroscopyneurosciencefemtosecond cr

190 Mj 85 Ns Electro-Optically Q-Switched 2.79 μM Cr: Er: Ysgg Laser. (2023)

D. MartyshkinV. FedorovS. J. HamlinS. Mirov

laserslaser scienceelectro-optics deviceapplied physicsmaterials science

350 Mj Electro-Optically Q-Switched 2.79 µM Cr: Er: Ysgg Mopa. Optics Express (2023)

D. MartyshkinV. FedorovS. J. HamlinS. Mirov

photonicsbeam opticssolid-state electronicsspace opticoptoelectronicselectro-optics devicewave opticsapplied physics

Continuous-Wave Narrow-Line Lasing of Polycrystalline Cr: Zns/Se Gain Media in Non-Selective Twisted Mode Cavities. (2023)

Rem DanilinSergey MirovVladimir FedorovDmitry Martyshkin

photonicslaser sciencematerials scienceapplied physicscontinuous-wave narrow-line lasing

Electro-Optically Q-Switched 2.8 Um Cr: Er: Ysgg Laser With Output Energy Up to 300 Mj. (2023)

Dmitri V. MartyshkinVladimir V. FedorovScott J. HamlinSergey B. Mirov

output energylaser scienceoptoelectronicselectro-optics deviceelectrical engineering

High Energy Electro-Optically Q-Switched 2.79 μM Cr: Er: Ysgg Mopa. 2018 IEEE Research and Applications of Photonics In Defense Conference (RAPID) (2023)

Dmitry MartyshkinVladimir FedorovScott HamlinSergey Mirov

electro-optics devicehigh energymaterials scienceoptoelectronics

Spectral Narrowing and Broadening of Cr: Zns/Se Laser Oscillation Due to Mode Competition and Spatial Hole Burning in the Gain Element. Optics Express (2023)

Danilin, RemFedorov, VladimirMartyshkin, DmitryGafarov, OzarfarMirov, Sergey

photonicsgain elementbeam opticsspatial hole burningoptoelectronicslaser sciencespectral narrowingophthalmologyapplied physicsmaterials science

1
2
3
4
5
13
10 / page

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Similar Faculty Members

Vladimir V. Fedorov

Institution

University of Alabama at Birmingham

materials science

applied physics

Sergey Mirov

Institution

University of Alabama at Birmingham

materials science

applied physics

Martin C. Richardson

Institution

University of Central Florida

laser-plasma interaction

laboratory investigation

Khanh Kieu

Institution

University of Arizona

femtosecond lasers

fiber optic

Wounjhang Park

Institution

University of Colorado Boulder

materials science

applied physics

Richard Haglund

Institution

Vanderbilt University

advanced functional material

chemical sensing

Yuen-Ron Shen

Institution

University of California, Berkeley

applied physics

plasmonics

John Ballato

Institution

Clemson University

materials science

applied physics

Chunlei Guo

Institution

University of Rochester

femtosecond laser-matter interactions

optical materials

Eric Mazur

Institution

Harvard University

science education

engineering education