Faculty

Institution

Unit

Venue

Pierre Petroff

Professor Emeritus Materials and Electrical & Computer Engineering

University of California, Santa Barbara

Affiliations

College of Engineering

Electrical and Computer Engineering

Materials

Pierre Petroff is currently serving as a College Of Engineering Professor Emeritus Materials and Electrical & Computer Engineering at University of California, Santa Barbara.

Honors

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Experiences

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Education

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Pierre Petroff

University of California, Santa Barbara

Professor Emeritus Materials and Electrical & Computer Engineering

You can click a keyword to filter the displayed items

materials science applied physics optoelectronics nanotechnology condensed matter physics photonics physics semiconductor nanostructures solid-state electronics semiconductors electronic materials electronics quantum dots nanomaterials condensed matter semiconductor technology thin films semiconductor devices quantum photonics electrical engineering aluminum gallium nitride optical engineering laser science nanoparticle research luminescence compound semiconductors epitaxial growth material research semiconductor materials crystal growth photoluminescence semiconductor device fabrication low-dimensional systems vacuum device organic electronics nanostructure synthesis molecular beam epitaxy quantum technologies interface science solid-state physics semiconductor quantum dots quantum science surface nanotechnology surface characterization self-assembled quantum dots material chemistry additive manufacturing wide-bandgap semiconductors mechanical science nanoscale science photonic devices inas quantum dots vlsi technology microwave technology electronic structure fragmentation effect vicinal gaas quantum posts thermal engineering applied chemistry quantum devices nanobiotechnology surface engineering single quantum dots photonic crystal cavities photonic crystal cavity gan power device nanometrology semiconductor quantum dot coulomb interactions radiative recombination electronic states electronic properties two-dimensional electron gas magneto-optical properties off-resonant cavity light science quantum photonic device self-assembled nanostructures

Notable Scholarly Works

Notable Federal Grants

Collaborators

Reconstruction, Energy Calibration, and Identification of Hadronically Decaying Tau Leptons in the Atlas Experiment for Run-2 of the Lhc. (2015)

Dirk DuschingerPawel MaleckiEvelina Vassileva Bouhova-ThackerBlake BurghgraveJustin GriffithsBertrand Martin dit LatourPier-Olivier DeviveirosNikolaos RompotisMohamad Kassem AyoubAlexei SoloshenkoAdam Jackson ParkerLianyou ShanPedro Henrique Sales De BruinEdson CarquinQuentin BuatMatthew BeckinghamNils RuthmannLorenz HauswaldAttilio AndreazzaMichel JanusStefanie HanischWill DaveyPierre PetroffAndrew KaramaounHarald Fox

particle physicsatlas experimentenergy calibrationtau leptons

Reliability of Inas/Gaas Quantum Dot Lasers Epitaxially Grown on Silicon. IEEE Journal of Selected Topics in Quantum Electronics (2015)

Alan Y. LiuRobert W. HerrickOsamu UedaPierre M. PetroffArthur C. GossardJohn E. Bowers

device reliabilityepitaxial growthsemiconductor technologyquantum dotsmicroelectronicsoptoelectronicsmaterials scienceapplied physicssemiconductorsmicroelectronics reliabilitysolid-state electronicselectronic materialselectronicssemiconductor devicesai reliabilityelectrical engineeringreliability

Screening Nuclear Field Fluctuations in Quantum Dots for Indistinguishable Photon Generation. Conference on Lasers and Electro-Optics (2015)

Ralph MaleinTed SantanaJoanna ZajacPierre PetroffBrian Gerardot

nuclear physicsindistinguishable photon generationapplied physicsparticle physicsnuclear field fluctuations

Screening Nuclear Field Fluctuations to Generate Highly Indistinguishable Photons From Negatively Charged Self-Assembled Ingaas Quantum Dots. Bulletin of the American Physical Society (2015)

Ralph MaleinTed SantanaJoanna ZajacPierre PetroffBrian Gerardot

photonicsatomic physicsmaterials scienceapplied physicsphysicsindistinguishable photonsparticle physicsnuclear field fluctuations

Electron-Hole Spin Flip-Flop in Semiconductor Quantum Dots. Physical review. B, Condensed matter and materials physics (2014)

Y. BennyR. PresmanY. KodrianoE. PoemD. GershoniT. A. TruongP. M. Petroff

electron-hole spin flip-flopspintronicssemiconductor quantum dotscondensed matter physicsoptoelectronicsmaterials scienceapplied physicscondensed matterphysicssolid-state electronicsparticle physicsnanotechnology

High Resolution Coherent Population Trapping on a Single Hole Spin in a Semiconductor Quantum Dot. Physical Review Letters (2014)

Julien HouelJonathan H. PrechtelAndreas V. KuhlmannDaniel BrunnerChristopher E. KuklewiczBrian D. GerardotNick G. StoltzPierre M. PetroffRichard J. Warburton

optical trappingphotonicsspintronicsquantum dotssemiconductor quantum dotoptoelectronicsapplied physicsmaterials sciencequantum photonicsparticle physicssingle hole spin

Locating Environmental Charge Impurities With Confluent Laser Spectroscopy of Multiple Quantum Dots. Physical Review B (2014)

M. HauckF. SeilmeierS. E. BeavanA. BadolatoP. M. PetroffA. Högele

environmental charge impuritieslaser sciencecondensed matter physicsoptoelectronicsmaterials scienceapplied physicscondensed matterphysicsnanotechnology

Acousto-Mechanical Tuning of Photonic Crystal Nanocavity Modes. 2017 IEEE International Ultrasonics Symposium (IUS) (2013)

Stephan KapfingerDaniel A. FuhrmannHubert J. KrennerAchim WixforthSusanna M. ThonHyochul KimDirk BouwmeesterPierre Petroff

photonic crystalsacousto-mechanical tuningphotonicsmechanical engineering

Fine Tuning of Micropillar Cavity Modes Through Repetitive Oxidations. Optics Letters (2013)

Morten P. BakkerDonald J. SuntrupHenk SnijdersTuan-Ahn TruongPierre M. PetroffDirk BouwmeesterMartin P. van Exter

fine tuningphotonicsrepetitive oxidationsoptical metrologyapplied physicsmaterials sciencemicropillar cavity modes

Monitoring the Formation of Oxide Apertures in Micropillar Cavities. Applied Physics Letters (2013)

Morten P. BakkerDonald J. SuntrupHenk SnijdersTuan-Ahn TruongPierre M. PetroffMartin P. van ExterDirk Bouwmeester

surface scienceoxide aperturesengineeringapplied physicsmaterials scienceinstrumentationparticle physicsmicropillar cavitiesnanotechnology

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Pierre Petroff

Professor Emeritus Materials and Electrical & Computer Engineering

University of California, Santa Barbara

Affiliations

College of Engineering

Electrical and Computer Engineering

Materials

Pierre Petroff is currently serving as a College Of Engineering Professor Emeritus Materials and Electrical & Computer Engineering at University of California, Santa Barbara.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Pierre Petroff

University of California, Santa Barbara

Professor Emeritus Materials and Electrical & Computer Engineering

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Reconstruction, Energy Calibration, and Identification of Hadronically Decaying Tau Leptons in the Atlas Experiment for Run-2 of the Lhc. (2015)

particle physicsatlas experimentenergy calibrationtau leptons

Reliability of Inas/Gaas Quantum Dot Lasers Epitaxially Grown on Silicon. IEEE Journal of Selected Topics in Quantum Electronics (2015)

Alan Y. LiuRobert W. HerrickOsamu UedaPierre M. PetroffArthur C. GossardJohn E. Bowers

Screening Nuclear Field Fluctuations in Quantum Dots for Indistinguishable Photon Generation. Conference on Lasers and Electro-Optics (2015)

Ralph MaleinTed SantanaJoanna ZajacPierre PetroffBrian Gerardot

nuclear physicsindistinguishable photon generationapplied physicsparticle physicsnuclear field fluctuations

Screening Nuclear Field Fluctuations to Generate Highly Indistinguishable Photons From Negatively Charged Self-Assembled Ingaas Quantum Dots. Bulletin of the American Physical Society (2015)

Ralph MaleinTed SantanaJoanna ZajacPierre PetroffBrian Gerardot

photonicsatomic physicsmaterials scienceapplied physicsphysicsindistinguishable photonsparticle physicsnuclear field fluctuations

Electron-Hole Spin Flip-Flop in Semiconductor Quantum Dots. Physical review. B, Condensed matter and materials physics (2014)

Y. BennyR. PresmanY. KodrianoE. PoemD. GershoniT. A. TruongP. M. Petroff

High Resolution Coherent Population Trapping on a Single Hole Spin in a Semiconductor Quantum Dot. Physical Review Letters (2014)

Julien HouelJonathan H. PrechtelAndreas V. KuhlmannDaniel BrunnerChristopher E. KuklewiczBrian D. GerardotNick G. StoltzPierre M. PetroffRichard J. Warburton

optical trappingphotonicsspintronicsquantum dotssemiconductor quantum dotoptoelectronicsapplied physicsmaterials sciencequantum photonicsparticle physicssingle hole spin

Locating Environmental Charge Impurities With Confluent Laser Spectroscopy of Multiple Quantum Dots. Physical Review B (2014)

M. HauckF. SeilmeierS. E. BeavanA. BadolatoP. M. PetroffA. Högele

environmental charge impuritieslaser sciencecondensed matter physicsoptoelectronicsmaterials scienceapplied physicscondensed matterphysicsnanotechnology

Acousto-Mechanical Tuning of Photonic Crystal Nanocavity Modes. 2017 IEEE International Ultrasonics Symposium (IUS) (2013)

Stephan KapfingerDaniel A. FuhrmannHubert J. KrennerAchim WixforthSusanna M. ThonHyochul KimDirk BouwmeesterPierre Petroff

photonic crystalsacousto-mechanical tuningphotonicsmechanical engineering

Fine Tuning of Micropillar Cavity Modes Through Repetitive Oxidations. Optics Letters (2013)

Morten P. BakkerDonald J. SuntrupHenk SnijdersTuan-Ahn TruongPierre M. PetroffDirk BouwmeesterMartin P. van Exter

fine tuningphotonicsrepetitive oxidationsoptical metrologyapplied physicsmaterials sciencemicropillar cavity modes

Monitoring the Formation of Oxide Apertures in Micropillar Cavities. Applied Physics Letters (2013)

Morten P. BakkerDonald J. SuntrupHenk SnijdersTuan-Ahn TruongPierre M. PetroffMartin P. van ExterDirk Bouwmeester

surface scienceoxide aperturesengineeringapplied physicsmaterials scienceinstrumentationparticle physicsmicropillar cavitiesnanotechnology

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quantum device

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