Faculty

Institution

Unit

Venue

Martin C. Richardson

Pegasus Professor Optics & Photonics Electrical & Computer Engineering; Northrup Grumman Professor; Founding Director Townes Laser Institute Professor

University of Central Florida

Affiliations

College of Sciences

Department of Physics

Martin C. Richardson is currently serving as a College Of Sciences Pegasus Professor Optics & Photonics Electrical & Computer Engineering; Northrup Grumman Professor; Founding Director Townes Laser Institute Professor at University of Central Florida.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Martin C. Richardson

University of Central Florida

Pegasus Professor Optics & Photonics Electrical & Computer Engineering; Northrup Grumman Professor; Founding Director Townes Laser Institute Professor

You can click a keyword to filter the displayed items

applied physics laser science photonics materials science optical engineering optoelectronics lasers optical properties laser processing technology optical materials electrical engineering fiber lasers mechanical engineering precision engineering laser-plasma interaction optical metrology advanced materials materials engineering fibers advanced laser processing wave optics beam optics surface science additive manufacturing manufacturing technology guided-wave optic electronic materials microwave technology lightwave technology solid-state electronics optical communications glass material laser material fiber-optic communications femtosecond laser laser ablation laser-induced breakdown photonic devices plasma science advanced manufacturing technologies biomedical imaging fiber optics electronics light science optical amplifier infrared optic glass photonics material research optical pumping wave propagation metals laser-assisted deposition silicate glasses composite science atomic spectroscopy fiber science optical glass spectral narrowing quantum technologies optical spectroscopy laser plasma physics laser photochemistry diffractive optical elements thulium fiber laser pulse amplification optic design extreme ultraviolet lithography turbine components direct laser writing laser action laser-induced breakdown spectroscopy ycob lasers comparative study nonlinear-focusing regime breakdown spectroscopy euv sources engineering plasma chemistry plasma photonics laboratory investigation

Notable Scholarly Works

Notable Federal Grants

Collaborators

1064 Nanometer Laser Propagation Test and Analysis at the Tistef 1 Kilometer Range. (2024)

Matthew B. Salfer-HobbsThomas J. MiletichAnthony EppleySage WagnerDaniel TurbeRobert F. CrabbsRobert BernathMartin Richardson

applied physicslasers

Modeling of Multi-Kw In-Band Pumped Triple-Clad Thulium-Doped Fiber Architecture. Optics Express (2024)

Nicholas VailJustin CookAlex SincoreSoumya SarangPatrick RoumayahNathan BodnarMartin Richardson

systems engineeringfiber-optic communicationsoptical materialsoptical engineeringmulti-kw in-bandfibers

Phenomenology of Weather-Driven Diurnal and Nocturnal Optical Turbulence Trends. (2024)

Thomas J. MiletichYakov DiskinMatthew B. Salfer-HobbsMitchell GroseMatthew R. WhiteleyMartin C. RichardsonRobert F. CrabbsRobert BernathDaniel Turbe

environmental scienceatmospheric science

Photochemically Engineered Large‐Area Arsenic Sulfide Micro‐Gratings for Hybrid Diffractive–Refractive Infrared Platforms. Advanced Photonics Research (2024)

Myungkoo KangBrandon M. TriplettMikhail Y. ShalaginovSkylar Deckoff-JonesCesar BlancoMia TrumanElena Shirshneva-VashchenkoJustin CookQingyang DuTushar S. KarnikCosmin-Constantin PopescuAnna ZachariouYifei ZhangCasey M. SchwarzSensong AnClayton FowlerHualiang ZhangIvan DivlianskyLeonid B. GlebovMartin C. RichardsonAnuradha M. AgarwalClara Rivero-BaleineJuejun HuTian GuKathleen A. Richardson

materials sciencechemical engineeringphotochemistryinfrared opticphotonics

Photothermally‐Engineered Crystallization of Gap‐Se Bulk Chalcogenide Nanocomposites Toward the Realization of 3D Gradient Refractive Index Profiles. Advanced Optical Materials (2024)

Roberto AlvarezAnna ZachariouIlya MingareevThomas J. LoretzRashi SharmaJustin CookCesar BlancoMartin C. RichardsonAndrew HowePatrick E. LynchGil. B. J. Sop TagneKun WangJake KlucinecMyungkoo KangKathleen A. Richardson

materials sciencegap-se bulk chalcogenideoptical materialsphotothermally-engineered crystallizationnanocomposites

100 W, Tunable In-Band Pumped Thulium Fiber Amplifier. (2023)

Martin RichardsonJustin CookAlex SincoreNicholas VailRia G. KrämerThorsten A. GoebelPatrick RoumayahJoshua BryanNathan BodnarStefan Nolte

tunable in-bandthulium fiber amplifierelectrical engineeringfibre amplifierfibers

100 W, Tunable In-Band Thulium Fiber Amplifier Pumped by Incoherently Combined 1.9 µM Fiber Lasers. Optics Express (2023)

Justin CookAlex SincoreNicholas VailRia G. KrämerThorsten A. GoebelPatrick RoumayahJoshua BryanNathan BodnarStefan NolteMartin Richardson

um fiber lasersbeam opticsoptical engineeringlaser sciencewave opticselectrical engineeringapplied physicsoptoelectronicsphotonics

Cladding-Pumped Raman Laser With M 2 of 1.3 and 400 µJ First Stokes Energy. Journal of the Optical Society of America B (2023)

Patrick RoumayahBrian AndersonBenjamin PulfordJustin CookMartin Richardson

laser sciencelaserscladding-pumped raman laserraman spectroscopyapplied physics

Numerical Simulation of Steady-State Thermal Blooming With Natural Convection. Applied Optics (2023)

Jeremiah S. LaneJustin CookMartin RichardsonBenjamin F. Akers

natural convectionsteady-state thermal bloomingthermal bloomingnumerical simulationsapplied physics

Photothermally-Realized Chalcogenide Bulk Grin Media. (2023)

Anna ZachariouIlya MingareevThomas J. LoretzRashi SharmaJustin CookCesar BlancoMartin RichardsonMyungkoo KangKathleen A. Richardson

materials scienceadvanced materials

1
2
3
4
5
54
10 / page

Martin C. Richardson

Pegasus Professor Optics & Photonics Electrical & Computer Engineering; Northrup Grumman Professor; Founding Director Townes Laser Institute Professor

University of Central Florida

Affiliations

College of Sciences

Department of Physics

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Martin C. Richardson

University of Central Florida

Pegasus Professor Optics & Photonics Electrical & Computer Engineering; Northrup Grumman Professor; Founding Director Townes Laser Institute Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

1064 Nanometer Laser Propagation Test and Analysis at the Tistef 1 Kilometer Range. (2024)

Matthew B. Salfer-HobbsThomas J. MiletichAnthony EppleySage WagnerDaniel TurbeRobert F. CrabbsRobert BernathMartin Richardson

applied physicslasers

Modeling of Multi-Kw In-Band Pumped Triple-Clad Thulium-Doped Fiber Architecture. Optics Express (2024)

Nicholas VailJustin CookAlex SincoreSoumya SarangPatrick RoumayahNathan BodnarMartin Richardson

systems engineeringfiber-optic communicationsoptical materialsoptical engineeringmulti-kw in-bandfibers

Phenomenology of Weather-Driven Diurnal and Nocturnal Optical Turbulence Trends. (2024)

Thomas J. MiletichYakov DiskinMatthew B. Salfer-HobbsMitchell GroseMatthew R. WhiteleyMartin C. RichardsonRobert F. CrabbsRobert BernathDaniel Turbe

environmental scienceatmospheric science

Photochemically Engineered Large‐Area Arsenic Sulfide Micro‐Gratings for Hybrid Diffractive–Refractive Infrared Platforms. Advanced Photonics Research (2024)

materials sciencechemical engineeringphotochemistryinfrared opticphotonics

Photothermally‐Engineered Crystallization of Gap‐Se Bulk Chalcogenide Nanocomposites Toward the Realization of 3D Gradient Refractive Index Profiles. Advanced Optical Materials (2024)

materials sciencegap-se bulk chalcogenideoptical materialsphotothermally-engineered crystallizationnanocomposites

100 W, Tunable In-Band Pumped Thulium Fiber Amplifier. (2023)

Martin RichardsonJustin CookAlex SincoreNicholas VailRia G. KrämerThorsten A. GoebelPatrick RoumayahJoshua BryanNathan BodnarStefan Nolte

tunable in-bandthulium fiber amplifierelectrical engineeringfibre amplifierfibers

100 W, Tunable In-Band Thulium Fiber Amplifier Pumped by Incoherently Combined 1.9 µM Fiber Lasers. Optics Express (2023)

Justin CookAlex SincoreNicholas VailRia G. KrämerThorsten A. GoebelPatrick RoumayahJoshua BryanNathan BodnarStefan NolteMartin Richardson

um fiber lasersbeam opticsoptical engineeringlaser sciencewave opticselectrical engineeringapplied physicsoptoelectronicsphotonics

Cladding-Pumped Raman Laser With M 2 of 1.3 and 400 µJ First Stokes Energy. Journal of the Optical Society of America B (2023)

Patrick RoumayahBrian AndersonBenjamin PulfordJustin CookMartin Richardson

laser sciencelaserscladding-pumped raman laserraman spectroscopyapplied physics

Numerical Simulation of Steady-State Thermal Blooming With Natural Convection. Applied Optics (2023)

Jeremiah S. LaneJustin CookMartin RichardsonBenjamin F. Akers

natural convectionsteady-state thermal bloomingthermal bloomingnumerical simulationsapplied physics

Photothermally-Realized Chalcogenide Bulk Grin Media. (2023)

Anna ZachariouIlya MingareevThomas J. LoretzRashi SharmaJustin CookCesar BlancoMartin RichardsonMyungkoo KangKathleen A. Richardson

materials scienceadvanced materials

1
2
3
4
5
54
10 / page

Similar Faculty Members

Sergey Mirov

Institution

University of Alabama at Birmingham

materials science

applied physics

Michael Downer

Institution

University of Texas at Austin

laser-plasma interaction

plasma photonics

Robert A. Norwood

Institution

University of Arizona

polymer optical interconnects

optical properties

John Ballato

Institution

Clemson University

materials science

applied physics

Eric Mazur

Institution

Harvard University

science education

engineering education

Earns Pegasus

Institution

University of Central Florida

glass science

glass fiber

Kathleen A. Richardson

Institution

University of Central Florida

optical engineering

ceramic

Dennis Prather

Institution

University of Delaware

photonic crystal

waveform synthesis

Erich P. Ippen

Institution

Massachusetts Institute of Technology

photonics

applied physics

Mool Gupta

Institution

University of Virginia

materials science

applied physics

Similar Faculty Members

Sergey Mirov

Institution

University of Alabama at Birmingham

materials science

applied physics

Michael Downer

Institution

University of Texas at Austin

laser-plasma interaction

plasma photonics

Robert A. Norwood

Institution

University of Arizona

polymer optical interconnects

optical properties

John Ballato

Institution

Clemson University

materials science

applied physics

Eric Mazur

Institution

Harvard University

science education

engineering education

Earns Pegasus

Institution

University of Central Florida

glass science

glass fiber

Kathleen A. Richardson

Institution

University of Central Florida

optical engineering

ceramic

Dennis Prather

Institution

University of Delaware

photonic crystal

waveform synthesis

Erich P. Ippen

Institution

Massachusetts Institute of Technology

photonics

applied physics

Mool Gupta

Institution

University of Virginia

materials science

applied physics