Faculty

Institution

Unit

Venue

Gage Hills

Assistant Professor of Electrical Engineering

Harvard University

Affiliations

Harvard John A. Paulson School of Engineering and Applied Sciences

Applied Physics

Electrical Engineering

Materials Science & Mechanical Engineering

Gage Hills is currently serving as an Applied Physics Assistant Professor of Electrical Engineering at Harvard University.

Honors

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Experiences

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Education

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Gage Hills

Harvard University

Assistant Professor of Electrical Engineering

You can click a keyword to filter the displayed items

nanotechnology electrical engineering nanoengineering materials science electronics optoelectronics engineering carbon nanotubes nanoelectronics mechanical engineering microelectronics solid-state electronics electronic materials organic electronics power electronics semiconductor technology printed electronics semiconductor devices nanomaterials field-effect transistors nanometrology carbon nanotube fets materials engineering sensor technology semiconductor nanostructures semiconductor device fabrication computational optimization mechanical science design automation engineering optimization additive manufacturing manufacturing technology scientific computing nanomechanics hysteresis surface nanotechnology sensor design nanorobotics intermittently connected device resistive ram carbon nanotube variations sram arrays experimental demonstration mathematical optimization convex analysis vlsi technology computer-aided design environmental technology device integration electronic engineering processor architectures energy-efficient technologies sparse representations compressive sensing signal reconstruction random matrix nanotribology nanoscale science circuit design analog design metal processing metallic nanomaterials green nanotechnology sensor interfaces 3d imaging surface characterization single chip data storage three-dimensional integration modern microprocessor digital vlsi energy-efficient abundant-data computing deterministic matrices random matrices phase diagram trap density computer science stem education sustainability science technology sustainable future applied physics public policy green engineering sustainable design

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Bendable Non-Silicon Risc-V Microprocessor. Nature (2024)

Emre OzerJedrzej KufelShvetank PrakashAlireza RaisiardaliOlof KindgrenRonald WongNelson NgDamien JausseranFeras AlkhalilDavid KongGage HillsRichard PriceVijay Janapa Reddi

power electronicssilicon debuggingbioelectronicsadditive manufacturingvlsi designsoft roboticswafer scale processingrisc-vaerospace engineeringintegrated circuitsmicroelectronicssemiconductorsmaterials scienceelectronic materialscontrolled releasesemiconductor device fabricationelectronicsmechanical engineering

Carbon Connect: An Ecosystem for Sustainable Computing. arXiv (Cornell University) (2024)

Lee, Benjamin C.Brooks, Davidvan Benthem, ArthurGupta, UditHills, GageLiu, VincentPierce, BenjaminStewart, ChristopherStrubell, EmmaWei, Gu-YeonWierman, AdamYao, YuanYu, Minlan

carbon connectcomputer sciencetechnologysustainable computingecosystems

Carbon-Efficient Design Optimization for Computing Systems. (2023)

Mariam ElgamalDoug CarmeanElnaz AnsariOkay ZedRamesh PeriSrilatha ManneUdit GuptaGu-Yeon WeiDavid BrooksGage HillsCarole-Jean Wu

systems engineeringcomputer engineeringdesign optimizationcarbon-efficient design optimizationelectrical engineering

Design Space Exploration and Optimization for Carbon-Efficient Extended Reality Systems. arXiv (Cornell University) (2023)

Elgamal, MariamCarmean, DougAnsari, ElnazZed, OkayPeri, RameshManne, SrilathaGupta, UditWei, Gu-YeonBrooks, DavidHills, GageWu, Carole-Jean

systems engineeringengineering optimizationextended realitydesign space explorationdesign optimization

Foundry Monolithic 3D Beol Transistor + Memory Stack: Iso-Performance and Iso-Footprint Beol Carbon Nanotube Fet+Rram vs. Feol Silicon Fet+Rram. 2022 IEEE Symposium on VLSI Technology and Circuits (VLSI Technology and Circuits) (2023)

T. SrimaniA. C. YuR. M. RadwayD. T. RichM. NelsonS. WongD. MurphyS. FullerG. HillsS. MitraM. M. Shulaker

power electronicsnanoelectronicsengineeringemerging memory technologiesintermittently connected devicemicroelectronicsoptoelectronicsmaterials sciencenanoengineeringsolid-state electronicselectronic materialselectronicselectrical engineeringnanotechnology

Fabrication of Carbon Nanotube Field-Effect Transistors in Commercial Silicon Manufacturing Facilities. Nature Electronics (2020)

Mindy D. BishopGage HillsTathagata SrimaniChristian LauDenis MurphySamuel FullerJefford HumesAnthony RatkovichMark NelsonMax M. Shulaker

nanoelectronicsengineeringadditive manufacturingsemiconductor technologycarbon nanotubesmaterials engineeringprinted electronicsoptoelectronicsmaterials sciencesemiconductor device fabricationelectronic materialssemiconductor devicesfield-effect transistorselectronicselectrical engineeringnanotechnologymanufacturing technology

Heterogeneous Integration of Beol Logic and Memory in a Commercial Foundry: Multi-Tier Complementary Carbon Nanotube Logic and Resistive Ram at a 130 Nm Node. (2020)

T. SrimaniG. HillsM. BishopC. LauP. KanhaiyaR. HoA. AmerM. ChaoA. YuA. WrightA. RatkovichD. AguilarA. BramerC. CecmanA. ChovG. ClarkG. MichaelsonM. JohnsonK. KelleyP. ManosK. MiU. SurionoS. VuntangboonH. XueJ. HumesS. SoaresB. JonesS. BurackNone ArvindA. ChandrakasanB. FergusonM. NelsonM. M. Shulaker

systems engineeringmemoryresistive rambeol logicoptoelectronicsmaterials sciencecommercial foundryheterogeneous integrationmechanical engineering

Manufacturing Methodology for Carbon Nanotube Electronics. (2020)

Christian LauGage HillsMindy D. BishopTathagata SrimaniRebecca HoPritpal KanhaiyaAndrew YuAya AmerMinghan ChaoMax M. Shulaker

carbon nanotube electronicsengineeringmanufacturing technologynanoengineeringelectronicselectrical engineeringnanotechnologymechanical engineeringmanufacturing

Session Details: Future Computing Fabrics: Security and Design Integration. Design, Automation, and Test in Europe (2020)

Elena GnaniGage Hills

computer securitysystems engineeringdesigntechnologydesign integrationsession details

1 Kbit 6T Sram Arrays in Carbon Nanotube Fet Cmos. Symposium on VLSI Technology (2019)

Pritpal S. KanhaiyaChristian LauGage HillsMindy BishopMax M. Shulaker

sram arraysengineeringsemiconductor nanostructurescarbon nanotubescomputer scienceoptoelectronicssemiconductorsnanoengineeringsolid-state electronicselectrical engineeringnanotechnology

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Gage Hills

Assistant Professor of Electrical Engineering

Harvard University

Affiliations

Harvard John A. Paulson School of Engineering and Applied Sciences

Applied Physics

Electrical Engineering

Materials Science & Mechanical Engineering

Gage Hills is currently serving as an Applied Physics Assistant Professor of Electrical Engineering at Harvard 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

Gage Hills

Harvard University

Assistant Professor of Electrical Engineering

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Bendable Non-Silicon Risc-V Microprocessor. Nature (2024)

Emre OzerJedrzej KufelShvetank PrakashAlireza RaisiardaliOlof KindgrenRonald WongNelson NgDamien JausseranFeras AlkhalilDavid KongGage HillsRichard PriceVijay Janapa Reddi

Carbon Connect: An Ecosystem for Sustainable Computing. arXiv (Cornell University) (2024)

Lee, Benjamin C.Brooks, Davidvan Benthem, ArthurGupta, UditHills, GageLiu, VincentPierce, BenjaminStewart, ChristopherStrubell, EmmaWei, Gu-YeonWierman, AdamYao, YuanYu, Minlan

carbon connectcomputer sciencetechnologysustainable computingecosystems

Carbon-Efficient Design Optimization for Computing Systems. (2023)

Mariam ElgamalDoug CarmeanElnaz AnsariOkay ZedRamesh PeriSrilatha ManneUdit GuptaGu-Yeon WeiDavid BrooksGage HillsCarole-Jean Wu

systems engineeringcomputer engineeringdesign optimizationcarbon-efficient design optimizationelectrical engineering

Design Space Exploration and Optimization for Carbon-Efficient Extended Reality Systems. arXiv (Cornell University) (2023)

Elgamal, MariamCarmean, DougAnsari, ElnazZed, OkayPeri, RameshManne, SrilathaGupta, UditWei, Gu-YeonBrooks, DavidHills, GageWu, Carole-Jean

systems engineeringengineering optimizationextended realitydesign space explorationdesign optimization

T. SrimaniA. C. YuR. M. RadwayD. T. RichM. NelsonS. WongD. MurphyS. FullerG. HillsS. MitraM. M. Shulaker

Fabrication of Carbon Nanotube Field-Effect Transistors in Commercial Silicon Manufacturing Facilities. Nature Electronics (2020)

Mindy D. BishopGage HillsTathagata SrimaniChristian LauDenis MurphySamuel FullerJefford HumesAnthony RatkovichMark NelsonMax M. Shulaker

Heterogeneous Integration of Beol Logic and Memory in a Commercial Foundry: Multi-Tier Complementary Carbon Nanotube Logic and Resistive Ram at a 130 Nm Node. (2020)

systems engineeringmemoryresistive rambeol logicoptoelectronicsmaterials sciencecommercial foundryheterogeneous integrationmechanical engineering

Manufacturing Methodology for Carbon Nanotube Electronics. (2020)

Christian LauGage HillsMindy D. BishopTathagata SrimaniRebecca HoPritpal KanhaiyaAndrew YuAya AmerMinghan ChaoMax M. Shulaker

carbon nanotube electronicsengineeringmanufacturing technologynanoengineeringelectronicselectrical engineeringnanotechnologymechanical engineeringmanufacturing

Session Details: Future Computing Fabrics: Security and Design Integration. Design, Automation, and Test in Europe (2020)

Elena GnaniGage Hills

computer securitysystems engineeringdesigntechnologydesign integrationsession details

1 Kbit 6T Sram Arrays in Carbon Nanotube Fet Cmos. Symposium on VLSI Technology (2019)

Pritpal S. KanhaiyaChristian LauGage HillsMindy BishopMax M. Shulaker

sram arraysengineeringsemiconductor nanostructurescarbon nanotubescomputer scienceoptoelectronicssemiconductorsnanoengineeringsolid-state electronicselectrical engineeringnanotechnology

1
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5
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applied physics

materials science

Jonathan Bird

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nanoelectronics

nanonetwork

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electronic circuit

analog behavioral modeling

Davood Shahrjerdi

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biosensor

nanomaterials

Neil Goldsman

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materials science

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materials science

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memetic computing

brain-like computing

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semiconductor material

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