Faculty

Institution

Unit

Venue

Robert Byer

William R Kenan Jr Professor Emeritus

Stanford University

Affiliations

School of Humanities and Sciences

Applied Physics

Robert Byer is currently serving as an Applied Physics William R Kenan Jr Professor Emeritus at Stanford 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

Robert Byer

Stanford University

William R Kenan Jr Professor Emeritus

You can click a keyword to filter the displayed items

applied physics photonics optoelectronics laser science materials science optical engineering physics optical metrology wave optics laser processing technology astronomy optical properties accelerator technology particle physics instrumentation solid-state electronics general relativity spectroscopy beam optics accelerator physics astrophysics electronics observational astronomy particle accelerators electronic materials high-energy astrophysics gravitational waves interferometry lightwave technology raman spectroscopy optical pumping precision engineering optic design infrared optic lithium niobate biomedical imaging optical spectroscopy thermal engineering quantum technologies oscillation theory advanced laser processing dielectric laser accelerators second harmonic generation lunar science fiber science semiconductor technology guided-wave optic crystal growth optical communications optical testing condensed matter material chemistry light science radiation generation microwave technology fibers fiber lasers quantum science instrument science optical imaging laser ablation fiber optics upper limits periodic gravitational waves relativistic electrons laser diode space weather gravitational-wave bursts dielectric laser acceleration yag laser monolithic mgo slab geometry crab pulsar gravitational wave emission ligo data domain engineering gravitational wave transients optical spectrometer

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Dielectric Laser Accelerators: Photonic Control, Electron Compression, and Quantum Sensing. (2024)

Zhexin ZhaoDylan S. BlackXiao-Qi SunTyler W. HughesKenneth J. LeedleSi TanR. Joel EnglandOlav SolgaardRobert L. ByerShanhui FanPeter Hommelhoff

photonic controldielectric laser accelerators

Subrelativistic Alternating Phase Focusing Dielectric Laser Accelerators. Physical Review Letters (2024)

Payton BroaddusThilo EgenolfDylan S. BlackMelanie MurilloClarisse WoodahlYu MiaoUwe NiedermayerRobert L. ByerKenneth J. LeedleOlav Solgaard

materials sciencelaser scienceaccelerator technologyaccelerator physicsphotonicsapplied physicsdielectric laser accelerators

Electron Pulse Compression With Optical Beat Note. Conference on Lasers and Electro-Optics (2022)

Zhexin ZhaoKenneth J. LeedleDylan S. BlackOlav SolgaardRobert L. ByerShanhui Fan

compression (physics)materials sciencelaser scienceelectron pulse compressionoptoelectronicsaccelerator technologyoptical beat notephotonicsapplied physics

High Gradient Silicon Carbide Immersion Lens Ultrafast Electron Sources. Journal of Applied Physics (2022)

Kenneth J. LeedleUwe NiedermayerEric SkärKarel UrbanekYu MiaoPayton BroaddusOlav SolgaardRobert L. Byer

materials scienceultrafast electron sourcescondensed matter physicsoptoelectronicsmicroelectronicsapplied physicsapplied mathematicselectronic materials

Miniature Light-Driven Nanophotonic Electron Acceleration and Control. Advances in Optics and Photonics (2022)

Roy ShilohNorbert SchönenbergerYuval AdivRon RuimyAviv KarnieliTyler HughesR. Joel EnglandKenneth James LeedleDylan S. BlackZhexin ZhaoPietro MusumeciRobert L. ByerAdy ArieIdo KaminerPeter Hommelhoff

nanotechnologyoptoelectronicsphotonicsapplied physicsnanophotonics

Laser-Driven Particle Acceleration on a Chip: Status and Applications. (2021)

Peter HommelhoffRobert J. EnglandRobert L. Byer

particle acceleratorslaser scienceparticle technologylaser-driven particle accelerationaccelerator technologyaccelerator physicsphotonicsapplied physics

Low-Energy-Spread Attosecond Bunching and Coherent Electron Acceleration in Dielectric Nanostructures. Physical Review Applied (2021)

Uwe NiedermayerDylan S. BlackKenneth J. LeedleYu MiaoRobert L. ByerOlav Solgaard

materials sciencephysicsnanotechnologylow-energy-spread attosecond bunchingdielectric nanostructurescondensed matter physicsoptoelectronicscoherent electron accelerationapplied physics

Low Loss Gallium Oxide Core/Silica Cladding Planar Waveguide. Conference on Lasers and Electro-Optics (2021)

Si TanHuiyang DengKarel UrbanekYu MiaoZhexin ZhaoJames S. HarrisRobert L. Byer

materials sciencelaser scienceguided-wave opticoptoelectronicsbeam opticsphotonicsgallium oxideapplied physicselectro-optics deviceelectrical engineering

Microchip Accelerators. Physics Today (2021)

England, R. JoelHommelhoff, PeterByer, Robert L.

physicscomputer scienceelectronicshardware accelerationaccelerator technologyscientific computingaccelerator physicsmicrochip acceleratorsmicroelectronicssemiconductors

Novel Materials-Based Laser Acceleration. Conference on Lasers and Electro-Optics (2021)

Huiyang DengKenneth J. LeedleYu MiaoDylan S. BlackKarel UrbanekJoshua McNeurMartin KozákAndrew CeballosPeter HommelhoffOlav SolgaardRobert L. ByerJames S. Harris

materials sciencelaser processing technologytechnologylaser scienceaccelerator technologyapplied physicsadvanced materials

1
2
3
4
5
78
10 / page

Robert Byer

William R Kenan Jr Professor Emeritus

Stanford University

Affiliations

School of Humanities and Sciences

Applied Physics

Robert Byer is currently serving as an Applied Physics William R Kenan Jr Professor Emeritus at Stanford 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

Robert Byer

Stanford University

William R Kenan Jr Professor Emeritus

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Dielectric Laser Accelerators: Photonic Control, Electron Compression, and Quantum Sensing. (2024)

Zhexin ZhaoDylan S. BlackXiao-Qi SunTyler W. HughesKenneth J. LeedleSi TanR. Joel EnglandOlav SolgaardRobert L. ByerShanhui FanPeter Hommelhoff

photonic controldielectric laser accelerators

Subrelativistic Alternating Phase Focusing Dielectric Laser Accelerators. Physical Review Letters (2024)

Payton BroaddusThilo EgenolfDylan S. BlackMelanie MurilloClarisse WoodahlYu MiaoUwe NiedermayerRobert L. ByerKenneth J. LeedleOlav Solgaard

materials sciencelaser scienceaccelerator technologyaccelerator physicsphotonicsapplied physicsdielectric laser accelerators

Electron Pulse Compression With Optical Beat Note. Conference on Lasers and Electro-Optics (2022)

Zhexin ZhaoKenneth J. LeedleDylan S. BlackOlav SolgaardRobert L. ByerShanhui Fan

compression (physics)materials sciencelaser scienceelectron pulse compressionoptoelectronicsaccelerator technologyoptical beat notephotonicsapplied physics

High Gradient Silicon Carbide Immersion Lens Ultrafast Electron Sources. Journal of Applied Physics (2022)

Kenneth J. LeedleUwe NiedermayerEric SkärKarel UrbanekYu MiaoPayton BroaddusOlav SolgaardRobert L. Byer

materials scienceultrafast electron sourcescondensed matter physicsoptoelectronicsmicroelectronicsapplied physicsapplied mathematicselectronic materials

Miniature Light-Driven Nanophotonic Electron Acceleration and Control. Advances in Optics and Photonics (2022)

nanotechnologyoptoelectronicsphotonicsapplied physicsnanophotonics

Laser-Driven Particle Acceleration on a Chip: Status and Applications. (2021)

Peter HommelhoffRobert J. EnglandRobert L. Byer

particle acceleratorslaser scienceparticle technologylaser-driven particle accelerationaccelerator technologyaccelerator physicsphotonicsapplied physics

Low-Energy-Spread Attosecond Bunching and Coherent Electron Acceleration in Dielectric Nanostructures. Physical Review Applied (2021)

Uwe NiedermayerDylan S. BlackKenneth J. LeedleYu MiaoRobert L. ByerOlav Solgaard

materials sciencephysicsnanotechnologylow-energy-spread attosecond bunchingdielectric nanostructurescondensed matter physicsoptoelectronicscoherent electron accelerationapplied physics

Low Loss Gallium Oxide Core/Silica Cladding Planar Waveguide. Conference on Lasers and Electro-Optics (2021)

Si TanHuiyang DengKarel UrbanekYu MiaoZhexin ZhaoJames S. HarrisRobert L. Byer

materials sciencelaser scienceguided-wave opticoptoelectronicsbeam opticsphotonicsgallium oxideapplied physicselectro-optics deviceelectrical engineering

Microchip Accelerators. Physics Today (2021)

England, R. JoelHommelhoff, PeterByer, Robert L.

physicscomputer scienceelectronicshardware accelerationaccelerator technologyscientific computingaccelerator physicsmicrochip acceleratorsmicroelectronicssemiconductors

Novel Materials-Based Laser Acceleration. Conference on Lasers and Electro-Optics (2021)

Huiyang DengKenneth J. LeedleYu MiaoDylan S. BlackKarel UrbanekJoshua McNeurMartin KozákAndrew CeballosPeter HommelhoffOlav SolgaardRobert L. ByerJames S. Harris

materials sciencelaser processing technologytechnologylaser scienceaccelerator technologyapplied physicsadvanced materials

1
2
3
4
5
78
10 / page

Similar Faculty Members

Erich P. Ippen

Institution

Massachusetts Institute of Technology

photonics

applied physics

Martin M Fejer

Institution

Stanford University

applied physics

photonics

Kerry J. Vahala

Institution

California Institute of Technology

photonics

applied physics

Marlan O. Scully

Institution

Baylor University

applied physics

physics

Amnon Yariv

Institution

California Institute of Technology

applied physics

photonics

Margaret Murnane

Institution

University of Colorado Boulder

applied physics

photonics

Henry Kapteyn

Institution

University of Colorado Boulder

applied physics

photonics

Blas Cabrera

Institution

Stanford University

cryogenics

particle physics

Kent Irwin

Institution

Stanford University

astronomy

applied physics

Robert Boyd

Institution

University of Rochester

non-linear optic

nonlinear optical interactions

Similar Faculty Members

Erich P. Ippen

Institution

Massachusetts Institute of Technology

photonics

applied physics

Martin M Fejer

Institution

Stanford University

applied physics

photonics

Kerry J. Vahala

Institution

California Institute of Technology

photonics

applied physics

Marlan O. Scully

Institution

Baylor University

applied physics

physics

Amnon Yariv

Institution

California Institute of Technology

applied physics

photonics

Margaret Murnane

Institution

University of Colorado Boulder

applied physics

photonics

Henry Kapteyn

Institution

University of Colorado Boulder

applied physics

photonics

Blas Cabrera

Institution

Stanford University

cryogenics

particle physics

Kent Irwin

Institution

Stanford University

astronomy

applied physics

Robert Boyd

Institution

University of Rochester

non-linear optic

nonlinear optical interactions