Faculty

Institution

Unit

Venue

Jefferson Strait

Williams College

Affiliations

Williams College

Department of Physics

NoneJefferson Strait is currently serving as a Physics faculty at Williams College.

Honors

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Experiences

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Education

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Jefferson Strait

Williams College

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applied physics optoelectronics photonics physics light science optical properties optical materials lightwave technology solid-state electronics compound semiconductors photochemistry non-linear optics transient grating net gain materials science lasers semiconductors electronic materials particle beam electronics luminescence nonlinear phenomena laser science semiconductor materials optical physics beam optics diffractive optics photoelectric measurement short wavelength optic light absorption photoelectric sensor optical engineering optical information processing diode lasers photorefractive four-wave mixing orientational dependence photorefractive effect photorefractive inp applied field semi-insulating semiconductors

Notable Scholarly Works

Notable Federal Grants

Collaborators

Net Gain in Photorefractive Inp: Fe at λ=1.32 μM Without an Applied Field. Applied Physics Letters (1990)

physicsmaterials sciencephotorefractive inpphotoelectric measurementluminescenceoptoelectronicsoptical propertiesshort wavelength opticphotochemistrylightwave technologyapplied fieldapplied physicsnet gainlight absorptionlight sciencecompound semiconductorsphotonicsphotoelectric sensoroptical materials

Optimizing Net Gain in Photorefractive Inp: Fe Without an Applied Field. Conference on Lasers and Electro-Optics (1990)

physicsnet gainoptical propertiesoptical materialsphotochemistryoptical engineeringoptical information processinglightwave technologyapplied physicslight sciencephotonics

Orientational Dependence of Photorefractive Two-Beam Coupling in Inp: Fe. Optics Letters (1990)

physicsoptical propertiesbeam opticsoptical materialsparticle beamorientational dependenceapplied physicsoptoelectronicsdiffractive opticsphotonics

The Photorefractive Effect in Semiconductors. Topics in applied physics (1988)

photorefractive effectsolid-state electronicselectronicssemiconductorsapplied physicsoptoelectronicslight sciencecompound semiconductors

Photorefractive Four-Wave Mixing in Gaas Using Diode Lasers Operating at 13 Μm. Applied Optics (1986)

diode laserslaser sciencelaserslightwave technologyapplied physicsphotorefractive four-wave mixingoptoelectronicslight sciencecompound semiconductorsphotonics

Time-Resolved Photorefractive Four-Wave Mixing in Semiconductor Materials. Journal of the Optical Society of America B (1986)

physicsnon-linear opticstransient gratingelectronic materialssemiconductor materialsoptical propertiessolid-state electronicsoptical physicsapplied physicsoptoelectronicsphotonics

Time-Resolved Photorefractive Four-Wave Mixing in Semi-Insulating Semiconductors. Conference on Lasers and Electro-Optics (1985)

physicsnon-linear opticstransient gratingnonlinear phenomenasolid-state electronicsapplied physicsoptoelectronicslight sciencesemi-insulating semiconductorsphotonics

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Jefferson Strait

Williams College

Affiliations

Williams College

Department of Physics

NoneJefferson Strait is currently serving as a Physics faculty at Williams College.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Jefferson Strait

Williams College

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Net Gain in Photorefractive Inp: Fe at λ=1.32 μM Without an Applied Field. Applied Physics Letters (1990)

Optimizing Net Gain in Photorefractive Inp: Fe Without an Applied Field. Conference on Lasers and Electro-Optics (1990)

physicsnet gainoptical propertiesoptical materialsphotochemistryoptical engineeringoptical information processinglightwave technologyapplied physicslight sciencephotonics

Orientational Dependence of Photorefractive Two-Beam Coupling in Inp: Fe. Optics Letters (1990)

physicsoptical propertiesbeam opticsoptical materialsparticle beamorientational dependenceapplied physicsoptoelectronicsdiffractive opticsphotonics

The Photorefractive Effect in Semiconductors. Topics in applied physics (1988)

photorefractive effectsolid-state electronicselectronicssemiconductorsapplied physicsoptoelectronicslight sciencecompound semiconductors

Photorefractive Four-Wave Mixing in Gaas Using Diode Lasers Operating at 13 Μm. Applied Optics (1986)

diode laserslaser sciencelaserslightwave technologyapplied physicsphotorefractive four-wave mixingoptoelectronicslight sciencecompound semiconductorsphotonics

Time-Resolved Photorefractive Four-Wave Mixing in Semiconductor Materials. Journal of the Optical Society of America B (1986)

physicsnon-linear opticstransient gratingelectronic materialssemiconductor materialsoptical propertiessolid-state electronicsoptical physicsapplied physicsoptoelectronicsphotonics

Time-Resolved Photorefractive Four-Wave Mixing in Semi-Insulating Semiconductors. Conference on Lasers and Electro-Optics (1985)

physicsnon-linear opticstransient gratingnonlinear phenomenasolid-state electronicsapplied physicsoptoelectronicslight sciencesemi-insulating semiconductorsphotonics

1
10 / page