Faculty

Institution

Unit

Venue

Karl Ludwig

Associate Head MSE

Boston University

Affiliations

College of Arts & Sciences

Physics

Karl Ludwig is currently serving as a College Of Arts & Sciences Associate Head MSE at Boston University.

Honors

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Experiences

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Education

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Karl Ludwig

Boston University

Associate Head MSE

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materials science applied physics surface science condensed matter physics thin films nanotechnology physics electronic materials materials engineering condensed matter optoelectronics solid-state electronics semiconductors nanomaterials surface nanotechnology material chemistry electronics engineering aluminum gallium nitride atomic layer deposition semiconductor nanostructures epitaxial growth material research additive manufacturing molecular beam epitaxy vacuum device surface chemistry crystal growth semiconductor technology x-ray diffraction surface characterization real-time x-ray studies surface segregation x-ray fluorescence nanoscale science thin film processing surface analysis biomedical imaging synchrotron radiation solid-state chemistry ion beams semiconductor devices layered materials x-ray spectroscopy membrane science compound semiconductors surface reactivity semiconductor materials transformation kinetics surface nanoengineering structural chemistry microwave technology aluminium nitride macromolecular science nanometrology ion bombardment direct measurement surface morphology evolution growth kinetics transition metal chemistry vlsi technology thermal engineering radiation effects defect formation applied chemistry surface modification semiconductor device fabrication mass redistribution structural richness low-energy ion bombardment pore size droplet heteroepitaxy linear theory equiatomic cuau atomic layer epitaxy gan films operando experiment coherent x-ray scattering

Notable Scholarly Works

Notable Federal Grants

Collaborators

Coherent X-Ray Spectroscopy Elucidates Nanoscale Dynamics of Plasma-Enhanced Thin-Film Growth. ACS Nano (2024)

Peco MyintJeffrey M. WoodwardChenyu WangXiaozhi ZhangLutz WiegartAndrei FluerasuRandall L. HeadrickCharles R. EddyKarl F. Ludwig

materials sciencenanotechnologybiophysicsplasma-enhanced thin-film growthcondensed matter physicsthin filmssurface sciencex-ray spectroscopy

Local Step-Flow Dynamics in Thin Film Growth With Desorption. Physical Review Materials (2024)

Xiaozhi ZhangJeffrey G. UlbrandtPeco MyintAndrei FluerasuLutz WiegartYugang ZhangChristie NelsonKarl F. LudwigRandall L. Headrick

materials sciencephysicsdesiccationcondensed matter physicsthin film growthapplied physicsthin filmslocal step-flow dynamics

Interplay of Broken Symmetry and Delocalized Excitations in the Insulating State of 1 T − Ta S 2. Physical review. B./Physical review. B (2023)

Xun JiaAnubhab HaldarJungho KimYilin WangGilberto FabbrisKarl LudwigStefanos KourtisMary UptonYu LiuWenjian LuXuan LuoYu-Ping SunDiego CasaSahar SharifzadehPierre T. DarancetYue Cao

materials sciencephysicsatomic physicscondensed matter physicsbroken symmetrythin filmsdelocalized excitationsapplied mathematicsparticle physicsquantum science

(Invited) Understanding Plasma-Assisted Atomic Layer Epitaxy of Inn and Opportunities for Collaboration Through the Office of Naval Research Global. Meeting abstracts/Meeting abstracts (Electrochemical Society. CD-ROM) (2023)

Charles Robert EddyNeeraj NepalJeffrey WoodwardPeco MyintChenyu WangXiaozhi ZhangLutz WiegartAndrei FluerasuRandall HeadrickKarl Ludwig

materials sciencenanotechnologynaval researchengineeringapplied physics

Early Stage Growth of Amorphous Thin Film: Average Kinetics, Nanoscale Dynamics, and Pressure Dependence. Physical Review Materials (2022)

Chenyu WangKarl F. LudwigChrista WagenbachMeliha G. RainvilleSuresh NarayananHua ZhouJeffrey G. UlbrandtRandall L. Headrick

materials sciencepressure dependenceamorphous thin filmapplied physicsaverage kineticsthin filmsnanoscale dynamicsearly stage growth

Influence of Plasma Species on the Early-Stage Growth Kinetics of Epitaxial Inn Grown by Plasma-Enhanced Atomic Layer Deposition. Journal of Vacuum Science & Technology A Vacuum Surfaces and Films (2022)

Jeffrey M. WoodwardSamantha G. RosenbergDavid R. BorisMichael J. JohnsonScott G. WaltonScooter D. JohnsonZachary R. RobinsonNeeraj NepalKarl F. LudwigJennifer K. HiteCharles R. Eddy

vacuum deviceplasma speciesoptoelectronicsmechanical engineeringmicroelectronicsepitaxial innsurface nanotechnologyadditive manufacturingepitaxial growthmaterials sciencethermal engineeringearly-stage growth kineticssemiconductorssurface scienceelectronic materialscomposite sciencematerials engineeringplasma electronicsmembrane sciencesurface nanoengineeringbiomedical engineering

Interplay of Broken Symmetry and Delocalized Excitations in the Insulating State of 1$T$-Tas$_2$. arXiv (Cornell University) (2022)

Xun JiaAnubhab HaldarJungho KimYilin WangGilberto FabbrisKarl LudwigStefanos KourtisMary UptonYu LiuWenjian LuXuan LuoYu-Ping SunDiego CasaSahar SharifzadehPierre T. DarancetYue Cao

materials sciencecondensed matter physicsbroken symmetrydelocalized excitationsparticle physics

Title Coherent X-Ray Studies of Surface Growth and Patterning Processes. (2022)

Randall HeadrickAndrei FluerasuLutz WiegartYang LiPeco MyintJeffrey UlbrandtXiaozhi ZhangYugang ZhangKarl LudwigMahsa Mokhtarzadeh

patterning processessurface sciencesurface growthradiology

Amorphous Wsi 2 Thin Film Growth: Exploring Nanoscale Local Dynamics Versus Average Kinetics. Bulletin of the American Physical Society (2021)

Chenyu WangChrista WagenbachJeffrey UlbrandtMeliha RainvilleSuresh NarayananHua ZhouRandall HeadrickKarl Ludwig

materials sciencenanoscale sciencecondensed matter physicsamorphous metalsnanomaterialsthin film growthapplied physicsamorphous solidthin films

De Gennes Narrowing and Relationship Between Structure and Dynamics in Self-Organized Ion-Beam Nanopatterning. Physical Review Letters (2021)

Peco MyintKarl F. LudwigLutz WiegartYugang ZhangAndrei FluerasuXiaozhi ZhangRandall L. Headrick

materials sciencenanotechnologysurface nanotechnologyion beamsapplied physicsself-organized ion-beam nanopatterningsurface science

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Karl Ludwig

Associate Head MSE

Boston University

Affiliations

College of Arts & Sciences

Physics

Karl Ludwig is currently serving as a College Of Arts & Sciences Associate Head MSE at Boston 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

Karl Ludwig

Boston University

Associate Head MSE

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Coherent X-Ray Spectroscopy Elucidates Nanoscale Dynamics of Plasma-Enhanced Thin-Film Growth. ACS Nano (2024)

Peco MyintJeffrey M. WoodwardChenyu WangXiaozhi ZhangLutz WiegartAndrei FluerasuRandall L. HeadrickCharles R. EddyKarl F. Ludwig

materials sciencenanotechnologybiophysicsplasma-enhanced thin-film growthcondensed matter physicsthin filmssurface sciencex-ray spectroscopy

Local Step-Flow Dynamics in Thin Film Growth With Desorption. Physical Review Materials (2024)

Xiaozhi ZhangJeffrey G. UlbrandtPeco MyintAndrei FluerasuLutz WiegartYugang ZhangChristie NelsonKarl F. LudwigRandall L. Headrick

materials sciencephysicsdesiccationcondensed matter physicsthin film growthapplied physicsthin filmslocal step-flow dynamics

Interplay of Broken Symmetry and Delocalized Excitations in the Insulating State of 1 T − Ta S 2. Physical review. B./Physical review. B (2023)

Xun JiaAnubhab HaldarJungho KimYilin WangGilberto FabbrisKarl LudwigStefanos KourtisMary UptonYu LiuWenjian LuXuan LuoYu-Ping SunDiego CasaSahar SharifzadehPierre T. DarancetYue Cao

materials sciencephysicsatomic physicscondensed matter physicsbroken symmetrythin filmsdelocalized excitationsapplied mathematicsparticle physicsquantum science

Charles Robert EddyNeeraj NepalJeffrey WoodwardPeco MyintChenyu WangXiaozhi ZhangLutz WiegartAndrei FluerasuRandall HeadrickKarl Ludwig

materials sciencenanotechnologynaval researchengineeringapplied physics

Early Stage Growth of Amorphous Thin Film: Average Kinetics, Nanoscale Dynamics, and Pressure Dependence. Physical Review Materials (2022)

Chenyu WangKarl F. LudwigChrista WagenbachMeliha G. RainvilleSuresh NarayananHua ZhouJeffrey G. UlbrandtRandall L. Headrick

materials sciencepressure dependenceamorphous thin filmapplied physicsaverage kineticsthin filmsnanoscale dynamicsearly stage growth

Jeffrey M. WoodwardSamantha G. RosenbergDavid R. BorisMichael J. JohnsonScott G. WaltonScooter D. JohnsonZachary R. RobinsonNeeraj NepalKarl F. LudwigJennifer K. HiteCharles R. Eddy

Interplay of Broken Symmetry and Delocalized Excitations in the Insulating State of 1$T$-Tas$_2$. arXiv (Cornell University) (2022)

Xun JiaAnubhab HaldarJungho KimYilin WangGilberto FabbrisKarl LudwigStefanos KourtisMary UptonYu LiuWenjian LuXuan LuoYu-Ping SunDiego CasaSahar SharifzadehPierre T. DarancetYue Cao

materials sciencecondensed matter physicsbroken symmetrydelocalized excitationsparticle physics

Title Coherent X-Ray Studies of Surface Growth and Patterning Processes. (2022)

Randall HeadrickAndrei FluerasuLutz WiegartYang LiPeco MyintJeffrey UlbrandtXiaozhi ZhangYugang ZhangKarl LudwigMahsa Mokhtarzadeh

patterning processessurface sciencesurface growthradiology

Amorphous Wsi 2 Thin Film Growth: Exploring Nanoscale Local Dynamics Versus Average Kinetics. Bulletin of the American Physical Society (2021)

Chenyu WangChrista WagenbachJeffrey UlbrandtMeliha RainvilleSuresh NarayananHua ZhouRandall HeadrickKarl Ludwig

materials sciencenanoscale sciencecondensed matter physicsamorphous metalsnanomaterialsthin film growthapplied physicsamorphous solidthin films

De Gennes Narrowing and Relationship Between Structure and Dynamics in Self-Organized Ion-Beam Nanopatterning. Physical Review Letters (2021)

Peco MyintKarl F. LudwigLutz WiegartYugang ZhangAndrei FluerasuXiaozhi ZhangRandall L. Headrick

materials sciencenanotechnologysurface nanotechnologyion beamsapplied physicsself-organized ion-beam nanopatterningsurface science

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2
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10 / page

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