Faculty

Institution

Unit

Venue

Luke F. Lester

Roanoke Electric Steel Research Professor

Virginia Tech

Affiliations

College of Engineering

Electrical and Computer Engineering

Luke F. Lester is currently serving as a College Of Engineering Roanoke Electric Steel Research Professor at Virginia Tech.

Honors

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Experiences

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Education

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Luke F. Lester

Virginia Tech

Roanoke Electric Steel Research Professor

You can click a keyword to filter the displayed items

optoelectronics photonics laser science applied physics materials science electrical engineering quantum dots optical engineering semiconductors solid-state electronics electronic materials electronics quantum photonics nanotechnology semiconductor nanostructures microelectronics semiconductor devices semiconductor technology thin films aluminum gallium nitride microwave technology physics intermittently connected device optical properties laser processing technology material research quantum technologies semiconductor device fabrication power electronics printed electronics lightwave technology beam optics photonic devices plasma etching microwave engineering epitaxial growth gan power device condensed matter luminescence light science optical metrology mechanical science thermal engineering vlsi technology compound semiconductors molecular beam epitaxy wireless propagation additive manufacturing electronic engineering vacuum device wave optics plasma science optical communications feedback lasers high-speed modulation ohmic contacts quantum dot lasers external optical feedback tunable photonic oscillators quantum dash laser advanced manufacturing technologies metals optic design optical pumping experimental analysis wide-bandgap semiconductors quantum devices optical gain broad bandwidth single-mode lasing electron cyclotron resonance quantum-dot laser gap strain-compensation layers strong optical injection temperature performance analytical modeling photovoltaics nanoelectronics

Notable Scholarly Works

Notable Federal Grants

Collaborators

Further Strategies to Increase Engagement in an Online/Hybrid Signals and Systems Course. (2024)

Mary Yvonne LanzerottiScott DunningR. Michael BuehrerAhmad Safaai-JaziNektaria TryfonaJianqiang ZhangLuke LesterKenneth ReidMuhammad Dawood

systems engineeringlearning sciencesonline educationdistance educationstudent engagementsystems courseonline course developmentonline learning

Interactions With Undergraduate Academic and Career Advisors in a Signals and Systems Base Course. (2024)

Mary Yvonne LanzerottiScott DunningR. Michael BuehrerAhmad Safaai-JaziNektaria TryfonaJianqiang ZhangLuke LesterKenneth ReidMuhammad Dawood

systems engineeringsystems base coursecareer advisors

Lattice Matched Tunable Wavelength Gesn Quantum Well Laser Architecture: Theoretical Investigation. IEEE Journal of Selected Topics in Quantum Electronics (2024)

Rutwik JoshiLuke F. LesterMantu K. Hudait

theoretical investigationlaserstunable wavelength gesn

Strategies to Develop an Online/Hybrid Signals and Systems Course. (2024)

Mary Yvonne LanzerottiScott DunningR. Michael BuehrerAhmad Safaai-JaziNektaria TryfonaJianqiang ZhangLuke LesterMax Mikel-StitesKenneth Reid

engineering educationeducational strategiessystems engineeringeducationonline educationdistance educationonline course developmentonline learning

The Role of Bottom Meso-Scale Dynamics in Contourite Formation in the Argentine Basin. Journal of sedimentary research (2024)

Gastón KrepsTilmann SchwenkSilvia RomeroAgustín QuesadaJens GruetznerVolkhard SpiessHanno KeilRuben KantnerLembke-Jene LesterRamiro FerrariFrank LamyElda Miramontes

sedimentologycontourite formationsedimentary petrologybottom meso-scale dynamicsplanetary sciencescoastal geochemistryregional geologyengineering geologygeochemistryearth sciencesediment transportmarine geologysedimentary geologysediment researchargentine basinpetroleum geosciencereservoir geologygeologygeomorphologymaterials science

Full Parameter Extraction of a Temperature-Insensitive Quantum Well Dfb Laser Using an Optical Injection Technique. (2023)

Shihao DingNate DoggettDaniel J. HerreraHeming HuangVassilios I. KovanisLuke F. LesterFrédéric Grillot

optical injection techniquelaser sciencequantum engineeringparameter identificationfull parameter extractionmaterials science

Monolithically Integrated ϵ -Ge/in X Ga 1-X as Quantum Well Laser Design: Experimental and Theoretical Investigation. IEEE Journal of Selected Topics in Quantum Electronics (2023)

Rutwik JoshiSteve JohnstonSengunthar KarthikeyanLuke F. LesterMantu K. Hudait

photonicstheoretical investigationelectronicsquantum materialsquantum photonic devicelasersoptoelectronicsquantum deviceslaser sciencequantum sciencesemiconductorsapplied physicsquantum photonicsquantum technologies

Toward a Quantum-Enabled Workforce: Curriculum Design, Project Based Learning, and Institutional Partnerships as Integrated Methodologies. (2023)

Ravi RaghunathanVenkata Adithya ChekuriMichael FuhrerIan WildemannChengpei WuBahman SarabiWayne ScalesLuke F. LesterVassilios Kovanis

engineering educationproject-based learningsystems engineeringeducationstem educationengineeringcomputing educationcurriculum designintegrated methodologiesquantum-enabled workforcedistance educationinstitutional partnershipseducational technology

How a Near-Infrared Frequency-Modulated Semiconductor Comb Laser Turns Into an Amplitude-Modulated Comb. (2021)

Leonard WegertDmitry KazakovMarcus OssianderDominik AuthJohannes HillbrandVladimir V. KorenevArtem V. SavelyevMikhail V. MaximovAlexey E. ZhukovBenedikt SchwarzLuke F. LesterFederico CapassoStefan Breuer

semiconductorselectrical engineeringamplitude-modulated comb

Low Rf Line Width Frequency-Modulated and Amplitude-Modulated Combs. (2021)

Leonard WegertDominik AuthChristoph WeberDmitry KazakovMarco PiccardoJohannes HillbrandLuke F. LesterBenedikt SchwarzFederico CapassoStefan Breuer

microwave engineeringmicrowave technologyradio frequencyelectrical engineeringamplitude-modulated combslow rf line

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Luke F. Lester

Roanoke Electric Steel Research Professor

Virginia Tech

Affiliations

College of Engineering

Electrical and Computer Engineering

Luke F. Lester is currently serving as a College Of Engineering Roanoke Electric Steel Research Professor at Virginia Tech.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Luke F. Lester

Virginia Tech

Roanoke Electric Steel Research Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Further Strategies to Increase Engagement in an Online/Hybrid Signals and Systems Course. (2024)

Mary Yvonne LanzerottiScott DunningR. Michael BuehrerAhmad Safaai-JaziNektaria TryfonaJianqiang ZhangLuke LesterKenneth ReidMuhammad Dawood

systems engineeringlearning sciencesonline educationdistance educationstudent engagementsystems courseonline course developmentonline learning

Interactions With Undergraduate Academic and Career Advisors in a Signals and Systems Base Course. (2024)

Mary Yvonne LanzerottiScott DunningR. Michael BuehrerAhmad Safaai-JaziNektaria TryfonaJianqiang ZhangLuke LesterKenneth ReidMuhammad Dawood

systems engineeringsystems base coursecareer advisors

Lattice Matched Tunable Wavelength Gesn Quantum Well Laser Architecture: Theoretical Investigation. IEEE Journal of Selected Topics in Quantum Electronics (2024)

Rutwik JoshiLuke F. LesterMantu K. Hudait

theoretical investigationlaserstunable wavelength gesn

Strategies to Develop an Online/Hybrid Signals and Systems Course. (2024)

Mary Yvonne LanzerottiScott DunningR. Michael BuehrerAhmad Safaai-JaziNektaria TryfonaJianqiang ZhangLuke LesterMax Mikel-StitesKenneth Reid

engineering educationeducational strategiessystems engineeringeducationonline educationdistance educationonline course developmentonline learning

The Role of Bottom Meso-Scale Dynamics in Contourite Formation in the Argentine Basin. Journal of sedimentary research (2024)

Gastón KrepsTilmann SchwenkSilvia RomeroAgustín QuesadaJens GruetznerVolkhard SpiessHanno KeilRuben KantnerLembke-Jene LesterRamiro FerrariFrank LamyElda Miramontes

Full Parameter Extraction of a Temperature-Insensitive Quantum Well Dfb Laser Using an Optical Injection Technique. (2023)

Shihao DingNate DoggettDaniel J. HerreraHeming HuangVassilios I. KovanisLuke F. LesterFrédéric Grillot

optical injection techniquelaser sciencequantum engineeringparameter identificationfull parameter extractionmaterials science

Monolithically Integrated ϵ -Ge/in X Ga 1-X as Quantum Well Laser Design: Experimental and Theoretical Investigation. IEEE Journal of Selected Topics in Quantum Electronics (2023)

Rutwik JoshiSteve JohnstonSengunthar KarthikeyanLuke F. LesterMantu K. Hudait

Toward a Quantum-Enabled Workforce: Curriculum Design, Project Based Learning, and Institutional Partnerships as Integrated Methodologies. (2023)

Ravi RaghunathanVenkata Adithya ChekuriMichael FuhrerIan WildemannChengpei WuBahman SarabiWayne ScalesLuke F. LesterVassilios Kovanis

How a Near-Infrared Frequency-Modulated Semiconductor Comb Laser Turns Into an Amplitude-Modulated Comb. (2021)

semiconductorselectrical engineeringamplitude-modulated comb

Low Rf Line Width Frequency-Modulated and Amplitude-Modulated Combs. (2021)

Leonard WegertDominik AuthChristoph WeberDmitry KazakovMarco PiccardoJohannes HillbrandLuke F. LesterBenedikt SchwarzFederico CapassoStefan Breuer

microwave engineeringmicrowave technologyradio frequencyelectrical engineeringamplitude-modulated combslow rf line

1
2
3
4
5
34
10 / page

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Purdue University

nanotechnology

electronic material

Jamie Phillips

Institution

University of Delaware

luminescence

infrared sensor

Patrick Fay

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microfabrication

microwave measurement

Ganesh Balakrishnan

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University of New Mexico

semiconductor

compound semiconductor

Michael Manfra

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materials science

applied physics

Cun-Zheng Ning

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nanotechnology

lightwave technology

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University of Wisconsin–Madison

lightwave technology

high-speed laser printing

Sanjay Krishna

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instrumentation

computational imaging

Pai-Yen Chen

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University of Illinois Chicago

dynamic metamaterials

microwave technology