Faculty

Institution

Unit

Venue

Thomas G. Brown

Professor

University of Rochester

Affiliations

Hajim School of Engineering & Applied Sciences

the Institute of Optics

Thomas G. Brown is currently serving as a Hajim School Of Engineering & Applied Sciences Professor at University of Rochester.

Honors

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Experiences

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Education

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Thomas G. Brown

University of Rochester

Professor

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photonics applied physics optical engineering materials science optoelectronics optical metrology wave optics physics electrical engineering laser science beam optics optical properties interferometry optical testing thin films semiconductors optical imaging optical switching electronics biomedical imaging optical remote sensing spatial coherence remote sensing microelectronics semiconductor technology optical emission supercontinuum generation spectroscopy solid-state electronics electronic materials guided-wave optic phase effects fiber science optical communications super-resolution imaging wave propagation polarization properties unconventional polarization states condensed matter fibers computational imaging light science applied chemistry lunar science phosphorescence semiconductor devices microstructured optical fibers dielectric interface cylindrical vector beam sulfur-doped crystalline silicon photonic crystal fibers full poincare beams vortex beams semiconductor lasers cross coupling crystalline silicon material chemistry wireless communications fusion science microwave technology thermal engineering higher education nanoparticle research additive manufacturing solid-state lighting semiconductor materials surface reactivity fiber optics compound semiconductors photometry (optics) optical wireless communication electrical transmission cryogenics optical information processing asic implementation oxide electronics polarization vortices optical computing optical materials lightwave technology

Notable Scholarly Works

Notable Federal Grants

Collaborators

Measured Response of a Synthetic Dipole Generated in a Photonic Integrated Circuit. (2024)

Tyler V. HowardThomas G. Brown

photonic integrated circuitselectrical engineeringphotonicssynthetic dipole

Optimization and Artifacts of Photothermal Excitation of Microresonators. Advanced Sensor Research (2024)

Liping Kevin GeAlessandro TunizC. Martijn de SterkeJames M. ZavislanThomas G. BrownSascha MartinDavid Martinez‐Martin

sensor designsensor technologyphotothermal excitationtechnologybiomedical engineeringapplied physicsinstrumentationwearable technology

Single-Shot, Spatially Resolved, Simultaneous Polarimetry and Wavefront Sensing. (2024)

David SpieckerThomas G. Brown

photonicsoptical remote sensinghigh-energy astrophysicswavefront sensingremote sensingastronomypolarization imagingobservational astronomycomputer vision

Solid Principles of Object-Oriented Programming in Optical Simulation of a High-Na Microscope System. (2024)

Sherry Yi-Ting FengChing-Tang LinLuis A. Alemán-CastañedaThomas G. BrownMiguel A. Alonso

high-na microscope systemobject-oriented programmingsolid principlesoptical simulation

Teaching Optics Online: Lessons Learned From the University of Rochester’s Hybrid Optics Master’s Education Program. Optical Engineering (2024)

Jennifer D. T. KruschwitzThomas G. BrownJames M. Zavislan

photonicsengineeringonline educationeducationdistance educationoptical engineeringonline learning

Course Structure for the University of Rochester’s Hybrid Optics Masters Education (Home) Program. (2023)

Jennifer D. KruschwitzThomas G. BrownJames M. Zavislan

educationcourse structurehigher education

Engineered Scattering Elements Used as Optical Test Points in Photonic Integrated Circuits. Journal of Optical Microsystems (2023)

Tyler V. HowardIcel SukovatyThomas G. Brown

photonicsengineeringapplied physicsoptical engineeringoptical test points

Polarization Monitoring of Photonic Integrated Circuits Using Engineered Scattering Elements. (2023)

Tyler V. HowardThomas G. Brown

scattering elementselectrical engineeringphotonicspolarization monitoring

Silicon Photonics Packaging Using Engineered Scattering Elements. (2023)

Tyler V. HowardThomas G. Brown

photonicsengineeringmaterials sciencesilicon photonicsscattering elements

Synthetic Dipole Generated in a Photonic Integrated Circuit (Conference Presentation). (2023)

Tyler V. HowardThomas G. Brown

computer engineeringphotonic integrated circuitsphotonicssynthetic dipole

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Thomas G. Brown

Professor

University of Rochester

Affiliations

Hajim School of Engineering & Applied Sciences

the Institute of Optics

Thomas G. Brown is currently serving as a Hajim School Of Engineering & Applied Sciences Professor at University of Rochester.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Thomas G. Brown

University of Rochester

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Measured Response of a Synthetic Dipole Generated in a Photonic Integrated Circuit. (2024)

Tyler V. HowardThomas G. Brown

photonic integrated circuitselectrical engineeringphotonicssynthetic dipole

Optimization and Artifacts of Photothermal Excitation of Microresonators. Advanced Sensor Research (2024)

Liping Kevin GeAlessandro TunizC. Martijn de SterkeJames M. ZavislanThomas G. BrownSascha MartinDavid Martinez‐Martin

sensor designsensor technologyphotothermal excitationtechnologybiomedical engineeringapplied physicsinstrumentationwearable technology

Single-Shot, Spatially Resolved, Simultaneous Polarimetry and Wavefront Sensing. (2024)

David SpieckerThomas G. Brown

photonicsoptical remote sensinghigh-energy astrophysicswavefront sensingremote sensingastronomypolarization imagingobservational astronomycomputer vision

Solid Principles of Object-Oriented Programming in Optical Simulation of a High-Na Microscope System. (2024)

Sherry Yi-Ting FengChing-Tang LinLuis A. Alemán-CastañedaThomas G. BrownMiguel A. Alonso

high-na microscope systemobject-oriented programmingsolid principlesoptical simulation

Teaching Optics Online: Lessons Learned From the University of Rochester’s Hybrid Optics Master’s Education Program. Optical Engineering (2024)

Jennifer D. T. KruschwitzThomas G. BrownJames M. Zavislan

photonicsengineeringonline educationeducationdistance educationoptical engineeringonline learning

Course Structure for the University of Rochester’s Hybrid Optics Masters Education (Home) Program. (2023)

Jennifer D. KruschwitzThomas G. BrownJames M. Zavislan

educationcourse structurehigher education

Engineered Scattering Elements Used as Optical Test Points in Photonic Integrated Circuits. Journal of Optical Microsystems (2023)

Tyler V. HowardIcel SukovatyThomas G. Brown

photonicsengineeringapplied physicsoptical engineeringoptical test points

Polarization Monitoring of Photonic Integrated Circuits Using Engineered Scattering Elements. (2023)

Tyler V. HowardThomas G. Brown

scattering elementselectrical engineeringphotonicspolarization monitoring

Silicon Photonics Packaging Using Engineered Scattering Elements. (2023)

Tyler V. HowardThomas G. Brown

photonicsengineeringmaterials sciencesilicon photonicsscattering elements

Synthetic Dipole Generated in a Photonic Integrated Circuit (Conference Presentation). (2023)

Tyler V. HowardThomas G. Brown

computer engineeringphotonic integrated circuitsphotonicssynthetic dipole

1
2
3
4
5
20
10 / page

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University of Central Florida

lightwave technology

random media characterization

Lambertus Hesselink

Institution

Stanford University

applied physics

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ultrafast laser spectroscopy

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