Faculty

Institution

Unit

Venue

Alan Seabaugh

Professor Emeritus Electrical Engineering

University of Notre Dame

Affiliations

College of Engineering

Electrical Engineering

Alan Seabaugh is currently serving as a College Of Engineering Professor Emeritus Electrical Engineering at University of Notre Dame.

Honors

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Experiences

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Education

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Alan Seabaugh

University of Notre Dame

Professor Emeritus Electrical Engineering

You can click a keyword to filter the displayed items

electronics nanotechnology semiconductors advanced materials electrical engineering applied physics materials science microelectronics solid-state electronics semiconductor technology nanoelectronics electronic materials semiconductor devices computer engineering quantum engineering vlsi technology power electronics quantum heterostructures optoelectronics advanced functional materials microelectronics reliability printed electronics semiconductor nanostructures tunneling microscopy vlsi circuit graphene nanoribbons wide-bandgap semiconductors oxide electronics electronic engineering condensed matter semiconductor device fabrication graphene-based nano-antennas electronic packaging advanced energy material nanoparticle research device modeling electron microscopy semiconductor materials quantum technologies compound semiconductors categoryiii-v semiconductor nanoscale science applied chemistry detector physic molecular beam epitaxy beyond cmos material chemistry solid-state chemistry nanobiotechnology crystal engineering epitaxial growth electrical engineering technology micro-electromechanical systems industrial informatics carbon ii-vi semiconductor device integration chemical thermodynamics physicochemical analysis interconnect (integrated circuits) gate field crystal semiconductors room temperature modulation broken band alignment atomic layer deposition field-effect transistors sic substrates graphene nanoribbon transistors tunnel field-effect transistors gnr tfet n mosfet layered semiconductor ws2 visible light transistor applications energy-efficient power switches channel materials nanoscale devices nanocomputing semiconductor memory

Notable Scholarly Works

Notable Federal Grants

Collaborators

Heterojunction Tunnel Field-Effect Transistors. Springer handbooks (2022)

Paolo PalettiAlan Seabaugh

power electronicsadvanced ceramicsvlsi technologyorganic electronicsnanoelectronicsadvanced materialssystems biologybiomedical engineeringelectronicsvlsi circuitengineeringphilosophy of social sciencesystematics (systems theory)computer engineeringsolid-state electronicssemiconductor technologyopen educational resourcesbiological engineeringmicroelectronicshomological algebranature method

Mark a. Reed (1955–2021). Nature Nanotechnology (2022)

Laurie E. CalvetJia ChenTakhee LeeAlan Seabaugh

biophysicsfood nanotechnologiesbiomolecular engineeringnanomaterialsadvanced materialsmolecular sciencepharmaceutical nanotechnologynanometrologynanoengineeringgreen nanotechnologynanomedicinenanoparticle researchenvironmental sciencenanobiotechnologynanotechnologychemical engineeringemergency medicine

Organizing Committee. Proceedings of the International Conference on Automated Planning and Scheduling (2022)

Marilyn WolfYanyong ZhangWan DuAlberto CerpaMeng JinWei GaoDavid AtienzaKamin WhitehouseJohn VuranJie GaoJagmohan ChauhanBrad CampbellShija PanAshwin AshokWei LiHua HuangZoom ChairValentin Radu

Pulsed Current-Voltage Protocol to Reveal Polarization-Continuation in Ferroelectric Memory: Implications for Partial State Storage. (2022)

Mir Muntasir HossainPratyush PandeyAkif AabrarKarla Gonzalez SerranoTed MoiseJohn RodriguezK. R. UdayakumarSuman DattaAlan Seabaugh

electronic memorymemoryemerging memory technologiescomputer engineeringelectrical engineeringsemiconductor memory

Confinement Related Phenomena in Mos 2 Tubular Structures Grown From Vapour Phase. Israel Journal of Chemistry (2021)

Maja RemskarAndreas K. HüttelTatiana V. ShubinaAlan SeabaughSara FathipourRobert LawrowskiRupert Schreiner

quantum heterostructureschemical sciencesmaterials sciencemolecular engineeringnanoporous materialsnanotechnologystructural chemistrypalaeontologia electronicaadvanced materialssemiconductor nanostructurescondensed matter physicsphysical chemistrychemistry educationmolecular structureenvironmental chemistrybiochemistrythin filmsbiophysicschemistrymolecular sciencechemical structurechemical engineering

Electrical Properties of 6 Nm to 19 Nm Thick Polyethylene Oxide Capacitors for Ion/Electron Functional Devices. Journal of Electronic Materials (2021)

Karla Adriana Gonzalez-SerranoAlan C. Seabaugh

power electronicsoxide electronicsmaterials engineeringmaterials scienceelectronic materialsferroelectric applicationmaterial researchelectrical engineeringnanotechnologyadvanced energy materialadvanced functional materialsmolecular electronicsnanoelectronicsenvironmental engineeringadvanced materialssemiconductor nanostructuresprinted electronicselectronicsengineeringpolymer chemistryionic conductorscharacterization (materials science)chemistrymicroelectronicsmaterial physicsapplied physicsmicroelectronics reliabilitycategoryiii-v semiconductorflexible electronics

A Device Non-Ideality Resilient Approach for Mapping Neural Networks to Crossbar Arrays. (2020)

Arman KazemiCristobal AlessandriAlan C. SeabaughX. Sharon HuMichael NiemierSiddharth Joshi

computational intelligenceneural architecture searchneural networksmachine learningcross-layer optimizationdeep learning

Batch-Fabricated Wse₂-On-Sapphire Field-Effect Transistors Grown by Chemical Vapor Deposition. IEEE Transactions on Electron Devices (2020)

M. Asghari HeidarlouP. PalettiB. JariwalaJ. A. RobinsonS. K. Fullerton-ShireyA. C. Seabaugh

power electronicswireless sensor networksvlsi technologyspintronicselectrical engineeringnanotechnologybioelectronicsadvanced materialsbiomedical engineeringsemiconductor deviceselectronicselectronic packagingvlsi circuitengineeringcomputer engineeringsemiconductorssemiconductor device fabricationquantum engineeringchemical vapor depositionsemiconductor technologymicroelectronics

Electric-Double-Layer P–I–N Junctions in Wse2. Scientific Reports (2020)

Sara FathipourPaolo PalettiSusan K. Fullerton-ShireyAlan C. Seabaugh

scientific datascience and technology studiesadvanced materialsresearch data managementscientific communicationmaterials sciencescientific visualizationelectronicsscientific data managementelectrical engineeringnanotechnology

Gallium Nitride Tunneling Field-Effect Transistors Exploiting Polarization Fields. Applied Physics Letters (2020)

Alexander ChaneyHenryk TurskiKazuki NomotoZongyang HuJimy EncomenderoSergei RouvimovTatyana OrlovaPatrick FayAlan SeabaughHuili Grace XingDebdeep Jena

advanced functional materialsquantum heterostructuresnanoelectronicspolarization fieldspiezoelectric polarizationthin ingan layersolid-state electronicssemiconductorsapplied physicselectronic materialssemiconductor deviceswide-bandgap semiconductorselectronicselectrical engineering

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Alan Seabaugh

Professor Emeritus Electrical Engineering

University of Notre Dame

Affiliations

College of Engineering

Electrical Engineering

Alan Seabaugh is currently serving as a College Of Engineering Professor Emeritus Electrical Engineering at University of Notre Dame.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Alan Seabaugh

University of Notre Dame

Professor Emeritus Electrical Engineering

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Heterojunction Tunnel Field-Effect Transistors. Springer handbooks (2022)

Paolo PalettiAlan Seabaugh

Mark a. Reed (1955–2021). Nature Nanotechnology (2022)

Laurie E. CalvetJia ChenTakhee LeeAlan Seabaugh

Organizing Committee. Proceedings of the International Conference on Automated Planning and Scheduling (2022)

Marilyn WolfYanyong ZhangWan DuAlberto CerpaMeng JinWei GaoDavid AtienzaKamin WhitehouseJohn VuranJie GaoJagmohan ChauhanBrad CampbellShija PanAshwin AshokWei LiHua HuangZoom ChairValentin Radu

Pulsed Current-Voltage Protocol to Reveal Polarization-Continuation in Ferroelectric Memory: Implications for Partial State Storage. (2022)

Mir Muntasir HossainPratyush PandeyAkif AabrarKarla Gonzalez SerranoTed MoiseJohn RodriguezK. R. UdayakumarSuman DattaAlan Seabaugh

electronic memorymemoryemerging memory technologiescomputer engineeringelectrical engineeringsemiconductor memory

Confinement Related Phenomena in Mos 2 Tubular Structures Grown From Vapour Phase. Israel Journal of Chemistry (2021)

Maja RemskarAndreas K. HüttelTatiana V. ShubinaAlan SeabaughSara FathipourRobert LawrowskiRupert Schreiner

Electrical Properties of 6 Nm to 19 Nm Thick Polyethylene Oxide Capacitors for Ion/Electron Functional Devices. Journal of Electronic Materials (2021)

Karla Adriana Gonzalez-SerranoAlan C. Seabaugh

A Device Non-Ideality Resilient Approach for Mapping Neural Networks to Crossbar Arrays. (2020)

Arman KazemiCristobal AlessandriAlan C. SeabaughX. Sharon HuMichael NiemierSiddharth Joshi

computational intelligenceneural architecture searchneural networksmachine learningcross-layer optimizationdeep learning

Batch-Fabricated Wse₂-On-Sapphire Field-Effect Transistors Grown by Chemical Vapor Deposition. IEEE Transactions on Electron Devices (2020)

M. Asghari HeidarlouP. PalettiB. JariwalaJ. A. RobinsonS. K. Fullerton-ShireyA. C. Seabaugh

Electric-Double-Layer P–I–N Junctions in Wse2. Scientific Reports (2020)

Sara FathipourPaolo PalettiSusan K. Fullerton-ShireyAlan C. Seabaugh

Gallium Nitride Tunneling Field-Effect Transistors Exploiting Polarization Fields. Applied Physics Letters (2020)

Alexander ChaneyHenryk TurskiKazuki NomotoZongyang HuJimy EncomenderoSergei RouvimovTatyana OrlovaPatrick FayAlan SeabaughHuili Grace XingDebdeep Jena

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Institution

University of Notre Dame

Joseph W Lyding

Institution

University of Illinois Urbana-Champaign

graphene growth

applied physics

Sanjay Banerjee

Institution

University of Texas at Austin

semiconductor device

electronic material

Jean-Pierre Leburton

Institution

University of Illinois Urbana-Champaign

nano application

applied physics

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Davood Shahrjerdi

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New York University

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oxide materials

physical properties

Anupam Madhukar

Institution

University of Southern California

nanotechnology

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Eugene A. Fitzgerald

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materials science

applied physics

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quantum device

nanoelectronics