Faculty

Institution

Unit

Venue

Matthew Doty

Professor

University of Delaware

Affiliations

College of Engineering

Department of Electrical and Computer Engineering

Materials Science and Engineering

Matthew Doty is currently serving as a College Of Engineering Professor at University of Delaware.

Honors

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Experiences

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Education

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Matthew Doty

University of Delaware

Professor

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materials science applied physics nanotechnology optoelectronics condensed matter physics physics photonics quantum dots semiconductor nanostructures nanomaterials solid-state electronics semiconductors electronic materials electrical engineering quantum dot molecules electronics thin films semiconductor devices condensed matter compound semiconductors quantum photonics semiconductor technology semiconductor materials nanoparticle research nanostructure synthesis upconversion luminescence material chemistry photoluminescence optical engineering laser science coupled quantum dots photon upconversion material research vacuum device electronic structure plasmonics thermal engineering quantum science epitaxial growth topological insulators optical spectroscopy charge carrier transport ferromagnetism high-efficiency photovoltaics inas quantum dots power electronics advanced energy material luminescence lightwave technology surface nanotechnology surface chemistry nanoscale science electronic instrumentation instrumentation engineering instrument science charge transport solid-state physics ground states microwave technology quantum chemistry membrane science tunneling microscopy carbon-based materials power semiconductor devices nanometrology nanobiotechnology optical signatures engineering electron asymmetric inas polarized fine structure photoluminescence excitation spectrum inas quantum-dot molecules zno thin films point defects spin fine structure efficient exciton funneling quantum computing nanophotonics nano scale scale structure

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Framework for Extracting the Rates of Photophysical Processes From Biexponentially Decaying Photon Emission Data. arXiv (Cornell University) (2024)

Cleveland, Jill M.Welsch, Tory A.Chen, Eric Y.Chase, D. BruceDoty, Matthew F.Ramírez-Gómez, Hanz Y.

photon emission dataphotonicsphotophysical processes

Designer Strain Distributions in a Two-Dimensional Semiconductor. (2024)

Xi WangLottie MurrayEric HerrmannIgor EvangelistaAnderson JanottiMatthew Doty

semiconductorsengineeringtwo-dimensional semiconductordesigner strain distributions

Deterministic and Reconfigurable Graph State Generation With a Single Solid-State Quantum Emitter. arXiv (Cornell University) (2024)

H. HuetP. RameshS. WeinN. CosteP. HilaireN. SomaschiM. MorassiA. LemaîtreIsabelle SagnesM. DotyOlivier KrebsL. LancoD A FiorettoPascale Senellart-Mardon

computer sciencequantum information sciencequantum science

Electric Polarization Induced by Magnons and Magnon Nernst Effects. arXiv (Cornell University) (2024)

To, D. QuangGarcia-Gaitan, FedericoRen, YafeiZide, Joshua M. O.Xiao, John Q.Nikolić, Branislav K.Bryant, Garnett W.Doty, Matthew F.

electric polarizationapplied physicsmagnon nernst effectsmagnetism

Hybridized Magnonic Materials for Thz Frequency Applications. Applied physics letters (2024)

Quang ToAnish RaiJoshua ZideStephanie LawJohn Q. XiaoBenjamin M. JungfleischMatthew Doty

magnonic materialsoptoelectronicselectrical engineeringmaterials scienceapplied physicsthz frequency applications

Hybrid Terahertz Emitter for Pulse Shaping and Chirality Control. Advanced Optical Materials (2024)

Weipeng WuWilder AcunaZhixiang HuangXi WangLars GundlachMatthew F. DotyJoshua M. O. ZideM. Benjamin Jungfleisch

chirality controloptoelectronicspulse shapinghybrid terahertz emitterapplied physics

Incorporation of Random Alloy Gabi X as 1 − X Barriers in Inas Quantum Dot Molecules: Alloy Strain, Orbital Effects, and Enhanced Tunneling. Physical review. B./Physical review. B (2024)

Arthur LinMatthew F. DotyGarnett W. Bryant

alloy strainsolid-state electronicsparticle physicsadvanced materialsphysicsmagnetismorbital effectsquantum dotsapplied physicscondensed matter physicsmaterials science

Pbs/Cds Core/Shell Quantum Dots Designed to Enable Efficient Photon Upconversion for Solar Energy Applications. ACS Applied Optical Materials (2024)

Tory A. WelschMatthew F. Doty

upconversion luminescenceoptical materialssolar energy applicationsefficient photon upconversionoptoelectronicssolar energy conversionoptical propertiesoptical engineeringnanoparticle researchquantum photonic devicelightwave technologyelectrical engineeringnano energyquantum photonicsplasmon-enhanced photovoltaicsluminescencequantum dotsapplied physicsbiomolecular engineering

Reversible Nanoscale Strain in Suspended Two-Dimensional Materials. (2024)

Xi WangEric HerrmannLottie MurrayIgor EvangelistaSai Rahul SitaramKe MaZhixiang HuangJahad Jahadun-NobiAfam MaduAnderson JanottiMatthew Doty

suspended two-dimensional materialsnanotechnologyreversible nanoscale strainmaterials science

Supramolecular Gelation of Cadmium Oleate in the Synthesis of Nanocrystals for Applications in Photonics and Optoelectronics. ACS Applied Nano Materials (2024)

Tory A. WelschJill M. ClevelandJessica A. ThomasZoé Odile Georgette SchynsLaShanda T. J. KorleyMatthew F. Doty

nanomaterialsnanotechnologycadmium oleateoptoelectronicssupramolecular gelationnanostructure synthesisapplied physicsmaterials science

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Matthew Doty

Professor

University of Delaware

Affiliations

College of Engineering

Department of Electrical and Computer Engineering

Materials Science and Engineering

Matthew Doty is currently serving as a College Of Engineering Professor at University of Delaware.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Matthew Doty

University of Delaware

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Framework for Extracting the Rates of Photophysical Processes From Biexponentially Decaying Photon Emission Data. arXiv (Cornell University) (2024)

Cleveland, Jill M.Welsch, Tory A.Chen, Eric Y.Chase, D. BruceDoty, Matthew F.Ramírez-Gómez, Hanz Y.

photon emission dataphotonicsphotophysical processes

Designer Strain Distributions in a Two-Dimensional Semiconductor. (2024)

Xi WangLottie MurrayEric HerrmannIgor EvangelistaAnderson JanottiMatthew Doty

semiconductorsengineeringtwo-dimensional semiconductordesigner strain distributions

Deterministic and Reconfigurable Graph State Generation With a Single Solid-State Quantum Emitter. arXiv (Cornell University) (2024)

H. HuetP. RameshS. WeinN. CosteP. HilaireN. SomaschiM. MorassiA. LemaîtreIsabelle SagnesM. DotyOlivier KrebsL. LancoD A FiorettoPascale Senellart-Mardon

computer sciencequantum information sciencequantum science

Electric Polarization Induced by Magnons and Magnon Nernst Effects. arXiv (Cornell University) (2024)

To, D. QuangGarcia-Gaitan, FedericoRen, YafeiZide, Joshua M. O.Xiao, John Q.Nikolić, Branislav K.Bryant, Garnett W.Doty, Matthew F.

electric polarizationapplied physicsmagnon nernst effectsmagnetism

Hybridized Magnonic Materials for Thz Frequency Applications. Applied physics letters (2024)

Quang ToAnish RaiJoshua ZideStephanie LawJohn Q. XiaoBenjamin M. JungfleischMatthew Doty

magnonic materialsoptoelectronicselectrical engineeringmaterials scienceapplied physicsthz frequency applications

Hybrid Terahertz Emitter for Pulse Shaping and Chirality Control. Advanced Optical Materials (2024)

Weipeng WuWilder AcunaZhixiang HuangXi WangLars GundlachMatthew F. DotyJoshua M. O. ZideM. Benjamin Jungfleisch

chirality controloptoelectronicspulse shapinghybrid terahertz emitterapplied physics

Incorporation of Random Alloy Gabi X as 1 − X Barriers in Inas Quantum Dot Molecules: Alloy Strain, Orbital Effects, and Enhanced Tunneling. Physical review. B./Physical review. B (2024)

Arthur LinMatthew F. DotyGarnett W. Bryant

alloy strainsolid-state electronicsparticle physicsadvanced materialsphysicsmagnetismorbital effectsquantum dotsapplied physicscondensed matter physicsmaterials science

Pbs/Cds Core/Shell Quantum Dots Designed to Enable Efficient Photon Upconversion for Solar Energy Applications. ACS Applied Optical Materials (2024)

Tory A. WelschMatthew F. Doty

Reversible Nanoscale Strain in Suspended Two-Dimensional Materials. (2024)

Xi WangEric HerrmannLottie MurrayIgor EvangelistaSai Rahul SitaramKe MaZhixiang HuangJahad Jahadun-NobiAfam MaduAnderson JanottiMatthew Doty

suspended two-dimensional materialsnanotechnologyreversible nanoscale strainmaterials science

Supramolecular Gelation of Cadmium Oleate in the Synthesis of Nanocrystals for Applications in Photonics and Optoelectronics. ACS Applied Nano Materials (2024)

Tory A. WelschJill M. ClevelandJessica A. ThomasZoé Odile Georgette SchynsLaShanda T. J. KorleyMatthew F. Doty

nanomaterialsnanotechnologycadmium oleateoptoelectronicssupramolecular gelationnanostructure synthesisapplied physicsmaterials science

1
2
3
4
5
14
10 / page

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Institution

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Diana D.L. Huffaker

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nanotechnology

Sanjay Krishna

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computational imaging

Pierre Petroff

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nonlinear phenomena

Michael Stroscio

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