Faculty

Institution

Unit

Venue

Seung Sae Hong

Assistant Professor

University of California, Davis

Affiliations

College of Engineering

Materials Science and Engineering

Materials Processing

Seung Sae Hong is currently serving as a College Of Engineering Assistant Professor at University of California, Davis.

Honors

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Experiences

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Education

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Seung Sae Hong

University of California, Davis

Assistant Professor

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materials science applied physics nanotechnology condensed matter physics nanomaterials thin films nanoengineering electronic materials physics membrane science nanoelectronics topological insulators optoelectronics condensed matter nanometrology semiconductor nanostructures chemical engineering energy storage material chemistry energy storage materials lithium-ion batteries nanoparticle research advanced functional materials advanced energy material electronics nano application electrochemical energy storage thin film processing semiconductor technology nanoscale science nanobiotechnology advanced electrode material electric battery topological heterostructures material research additive manufacturing power electronics mechanical science molecular science surface reactivity charge carrier transport functional nanomaterials mechanical deformation layered materials nanoarchitectonics nanonetworks nanostructure synthesis solid-state batteries chemical tuning carbon composite science graphene-based nano-antennas nanosheets low dimensional materials graphene nanoribbons graphene nanomeshes solid-state chemistry material innovation inorganic materials electrochemical surface science charge transport single layer electronic properties multilayer assembly materials aao template sulfur infusion effective trapping sacrificial water-soluble layers single-crystal perovskite films solid electrolyte interphase impedance analysis ambipolar field effect composition tuning ternary topological insulator unconventional josephson effect silicon nanowires materials engineering advanced materials sustainable energy nano energy nanoscale materials

Notable Scholarly Works

Notable Federal Grants

Collaborators

Experimental Progress in Freestanding Oxide Membranes Designed by Epitaxy. Advances in Physics X (2025)

Varun HarbolaRuijuan XuSeung Sae Hong

membranesexperimental progressmembrane scienceoxide membranesapplied physics

Freestanding Perovskite and Brownmillerite Srcoo X Membranes for Direct Imaging of Topotactic Phase Transitions. Nano Letters (2025)

Hudson Alex ShihJieyang ZhouIzoah Leone SnowdenYayoi TakamuraSeung Sae Hong

materials sciencedirect imagingphase transitionsmembranestopotactic phase transitionsmembrane scienceperovskite solar cellsnanomaterialsnanotechnologydirect observation

Solid Phase Epitaxy of Srruo3 Encapsulated by Srtio3 Membranes. APL Materials (2024)

Jieyang ZhouMingzhen FengHudson ShihYayoi TakamuraSeung Sae Hong

materials scienceadvanced materialssolid phase epitaxy

Delamination-Assisted Ultrafast Wrinkle Formation in a Freestanding Film. Nano Letters (2023)

Yifan SuAlfred ZongAnshul KogarDi LuSeung Sae HongByron FreelonTimm RohwerBai Yang WangHarold Y. HwangNuh Gedik

nanobiotechnologymaterials sciencenanomanufacturingfreestanding filmnanometrologynanostructure synthesissurface nanoengineeringnanomaterialsapplied physicsnanotechnologynanotribologyadditive manufacturingnanoengineering

Disentangling Coexisting Structural Order Through Phase Lock-in Analysis of Atomic-Resolution Stem Data. Microscopy and Microanalysis (2022)

Berit H. GoodgeIsmail El BaggariSeung Sae HongZhe WangDarrell G. SchlomHarold Y. HwangLena F. Kourkoutis

physicsquantitative phase imagingmicrostructurephase transitionsmicroanalysiscrystal researchphase retrievalcondensed matterimage phase analysisstructural ordercrystalline latticesapplied physicscrystal structurescrystallography

Stabilization of Sr 3 Al 2 O 6 Growth Templates for Ex Situ Synthesis of Freestanding Crystalline Oxide Membranes. Nano Letters (2021)

Danfeng LiCarolina AdamoBai Yang WangHyeok YoonZhuoyu ChenSeung Sae HongDi LuYi CuiYasuyuki HikitaHarold Y. Hwang

materials scienceex situ synthesisnanomanufacturingin-situ conversionmaterial chemistrymembrane sciencesurface reactivitynanoengineeringmembrane technologychemical engineeringmaterials engineeringnanotechnologyadvanced energy materialmechanical engineeringfragmentation effectnanoparticle researchcrystal growthnanomaterialsnanostructure synthesis

Strain Gradient Elasticity in Srtio 3 Membranes: Bending Versus Stretching. Nano Letters (2021)

Varun HarbolaSamuel CrossleySeung Sae HongDi LuYorick A. BirkhölzerYasuyuki HikitaHarold Y. Hwang

materials scienceelasticity (physics)mechanical engineeringmechanical deformationnanometrologysolid mechanicsstructural mechanicsstrain gradient elasticitymembrane sciencenanomaterialsapplied physicsnanotechnologymechanical sciencenanoengineering

Ultrafast Detection of Coherent Wrinkling on a Freestanding Functional Oxide Thin Film. Bulletin of the American Physical Society (2021)

Yifan SuAlfred ZongAnshul KogarDi LuSeung Sae HongByron FreelonTimm RohwerHarold HwangNuh Gedik

thin filmsmaterials sciencesurface scienceultrafast detectioncondensed matter physicscondensed matterthin film processingapplied physicsoptoelectronics

Coherent Lattice Motion in Freestanding Perovskite Films Probed by Ultrafast Electron Diffraction. Bulletin of the American Physical Society (2020)

Yifan SuAlfred ZongAnshul KogarDi LuSeung Sae HongHarold HwangNuh Gedik

materials scienceultrafast electron diffractionsurface sciencemechanical engineeringcoherent lattice motionsolid mechanicscondensed matter physicscondensed matterelectron diffractionapplied physics

Data for the Publication"Extreme Tensile Strain States in La0.7Ca0.3Mno3 Membranes". Zenodo (CERN European Organization for Nuclear Research) (2020)

Seung Sae Hong

biophysicsmembranesmembrane characterizationmembrane sciencemembrane structure

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Seung Sae Hong

Assistant Professor

University of California, Davis

Affiliations

College of Engineering

Materials Science and Engineering

Materials Processing

Seung Sae Hong is currently serving as a College Of Engineering Assistant Professor at University of California, Davis.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Seung Sae Hong

University of California, Davis

Assistant Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Experimental Progress in Freestanding Oxide Membranes Designed by Epitaxy. Advances in Physics X (2025)

Varun HarbolaRuijuan XuSeung Sae Hong

membranesexperimental progressmembrane scienceoxide membranesapplied physics

Freestanding Perovskite and Brownmillerite Srcoo X Membranes for Direct Imaging of Topotactic Phase Transitions. Nano Letters (2025)

Hudson Alex ShihJieyang ZhouIzoah Leone SnowdenYayoi TakamuraSeung Sae Hong

materials sciencedirect imagingphase transitionsmembranestopotactic phase transitionsmembrane scienceperovskite solar cellsnanomaterialsnanotechnologydirect observation

Solid Phase Epitaxy of Srruo3 Encapsulated by Srtio3 Membranes. APL Materials (2024)

Jieyang ZhouMingzhen FengHudson ShihYayoi TakamuraSeung Sae Hong

materials scienceadvanced materialssolid phase epitaxy

Delamination-Assisted Ultrafast Wrinkle Formation in a Freestanding Film. Nano Letters (2023)

Yifan SuAlfred ZongAnshul KogarDi LuSeung Sae HongByron FreelonTimm RohwerBai Yang WangHarold Y. HwangNuh Gedik

Disentangling Coexisting Structural Order Through Phase Lock-in Analysis of Atomic-Resolution Stem Data. Microscopy and Microanalysis (2022)

Berit H. GoodgeIsmail El BaggariSeung Sae HongZhe WangDarrell G. SchlomHarold Y. HwangLena F. Kourkoutis

Stabilization of Sr 3 Al 2 O 6 Growth Templates for Ex Situ Synthesis of Freestanding Crystalline Oxide Membranes. Nano Letters (2021)

Danfeng LiCarolina AdamoBai Yang WangHyeok YoonZhuoyu ChenSeung Sae HongDi LuYi CuiYasuyuki HikitaHarold Y. Hwang

Strain Gradient Elasticity in Srtio 3 Membranes: Bending Versus Stretching. Nano Letters (2021)

Varun HarbolaSamuel CrossleySeung Sae HongDi LuYorick A. BirkhölzerYasuyuki HikitaHarold Y. Hwang

Ultrafast Detection of Coherent Wrinkling on a Freestanding Functional Oxide Thin Film. Bulletin of the American Physical Society (2021)

Yifan SuAlfred ZongAnshul KogarDi LuSeung Sae HongByron FreelonTimm RohwerHarold HwangNuh Gedik

thin filmsmaterials sciencesurface scienceultrafast detectioncondensed matter physicscondensed matterthin film processingapplied physicsoptoelectronics

Coherent Lattice Motion in Freestanding Perovskite Films Probed by Ultrafast Electron Diffraction. Bulletin of the American Physical Society (2020)

Yifan SuAlfred ZongAnshul KogarDi LuSeung Sae HongHarold HwangNuh Gedik

materials scienceultrafast electron diffractionsurface sciencemechanical engineeringcoherent lattice motionsolid mechanicscondensed matter physicscondensed matterelectron diffractionapplied physics

Data for the Publication"Extreme Tensile Strain States in La0.7Ca0.3Mno3 Membranes". Zenodo (CERN European Organization for Nuclear Research) (2020)

Seung Sae Hong

biophysicsmembranesmembrane characterizationmembrane sciencemembrane structure

1
2
3
4
5
6
10 / page

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Similar Faculty Members

Wonbong Choi

Institution

University of North Texas

nanotechnology

rechargeable batteries

Jiyoung Kim

Institution

University of Texas at Dallas

advanced materials

thin film

Gary Rubloff

Institution

University of Maryland, College Park

energy storage

applied physics

David Mitlin

Institution

University of Texas at Austin

nanotechnology

clean energy technology

Jacek Jasinski

Institution

University of Louisville

nanotechnology

electrochemistry

Jeffrey Grossman

Institution

Massachusetts Institute of Technology

materials science

applied physics

Yan Yao

Institution

University of Houston

advanced electrode material

advanced materials

Matthew McDowell

Institution

Georgia Institute of Technology

new battery materials

lithium-ion batteries

Jiming Bao

Institution

University of Houston

solar ammonia generation

plasmonics

Andrew M. Rappe

Institution

University of Pennsylvania

materials science

applied physics