Faculty

Institution

Unit

Venue

Matthew J Turk

Assistant Professor

University of Illinois Urbana-Champaign

Affiliations

School of Information Sciences

Matthew J Turk is currently serving as a School Of Information Sciences Assistant Professor at University of Illinois Urbana-Champaign.

Honors

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Experiences

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Education

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Matthew J Turk

University of Illinois Urbana-Champaign

Assistant Professor

You can click a keyword to filter the displayed items

astronomy physics star formation astrophysical simulations galaxy formation galaxy formation and evolution high energy density physics computational astrophysics scientific data computer science data science extragalactic astronomy astrophysics stellar astrophysics large scale structure scientific computing high energy physics stellar evolution astroinformatics stellar structure early universe planetary change open science numerical simulations software analysis plasma physics astrophysical plasmas information visualization parallel programming parallel visualization synchrotron radiation computational visualization software practice space weather cluster computing cosmic abundance data publishing open-source software development empirical software engineering research star formation rate computer graphics scientific workflow system astrostatistics research data management scientific data management science gateway volume rendering computational physics computational reproducibility scientific visualization high-energy astrophysics massive stars whole tale environment whole tale visualization toolkit computational fluid dynamics astrochemistry magnetic fields metal-enriched star formation open source sustainable software whole tale project whole tale platform adaptive ray tracing metal enrichment synthetic plant biology crop growth modeling unstructured mesh generation mesh optimization mesh reduction gpu architecture gpu computing halo finding algorithms yt enzo collaboration open-source code enzo information transmission social network analysis data and information visualization information science collaborative data analysis computational sociology information management digital scholarship online information

Notable Scholarly Works

Notable Federal Grants

Collaborators

Developing Library and Data Storytelling Toolkits: Scenarios and Personas. Lecture notes in computer science (2024)

Kate McDowellXinhui HuMatthew Turk

data storytelling toolkitsdigital storytellingcommunicationnarrativeinteractive storytellingdigital mediumsdata and information visualization

LIBYT: A Tool for Parallel in Situ Analysis With Yt, Python, and Jupyter. (2024)

Shin-Rong TsaiHsi-Yu SchiveMatthew Turk

parallel computingparallel toolscomputer sciencesitu analysisscientific datascientific computingdata sciencesimulation runtimehigh performance computingdata and information visualizationprogram analysisdata-intensive computingmassively-parallel computingparallel programminghard diskvisualizationdata managementparallel visualization

Teaching Data Storytelling as Data Literacy. Information and Learning Sciences (2024)

Kate McDowellMatthew J. Turk

information educationdata literacyeducationcommunicationteacher educationeducational strategiesinformation literacydata storytellingdigital literacyperformative teachingeducational technologyeducational researchdata literacy pedagogy

Why Does the Milky Way Have a Metallicity Floor?. Monthly Notices of the Royal Astronomical Society (2024)

Britton D SmithBrian W O’SheaSadegh KhochfarMatthew J TurkJohn H WiseMichael L Norman

galaxy formationstar formationphysicsmilky wayextragalactic astronomygalaxy formation and evolutionastrophysical simulationsastronomyminihalo regimehigh energy density physicscosmic abundanceplanetary sciencesplanetary changestellar evolution

LIBYT: A Tool for Parallel in Situ Analysis With Yt. Proceedings of the Python in Science Conferences (2023)

Shin-Rong TsaiHsi-Yu SchiveMatthew Turk

parallel computingnumerical simulationscluster computingcomputer sciencecomputer architecturescientific dataparallel toolssitu analysispresent libytscientific computingcomputer engineeringsimulation runtimehigh performance computingdata-intensive computingmassively-parallel computingparallel programmingparallel visualization

The Role of Radiation and Halo Mergers in Pop III Star Formation. Monthly Notices of the Royal Astronomical Society (2023)

Lilia Correa MagnusBritton D SmithSadegh KhochfarBrian W O’SheaJohn H WiseMichael L NormanMatthew J Turk

stellar structuregalaxy formationphysicsstar formationnearby minihaloesstellar astrophysicsgalaxy formation and evolutionastronomyhigh energy density physicshalo mergersplanetary changeinterstellar mediumstellar evolution

3D Volume Rendering of Geophysical Data Using the Yt Platform. (2021)

Christopher HavlinBenjamin HoltzmanKacper KowalikMadicken MunkSamantha WalkowMatthew Turk

numerical modeling (geology)geophysicsyt platformgeophysical prospectinggeophysical interpretationearth sciencegeophysical researchgeodynamicsplanetary sciencesexploration geophysicsvolume renderingprovidedcopy email addressgeodesy

Introducing Yt 4.0: Analysis and Visualization of Volumetric Data. (2021)

Matthew TurkNathan J GoldbaumJohn A. ZuHoneCameron HummelsSuoqing JiMeagan LangMadicken MunkBritton SmithKacper KowalikMiguel de Val-BorroJared W. CoughlinCorentin CadiouMichael ZingaleLeigh OrfKelton HalbertClément RobertChristopher HavlinStephanie TonnesenAdd Yourself

computer graphicsgraphicsgeographical information scienceinformation visualizationdata sciencevolume renderingcomputational visualizationvolumetric datadata and information visualizationvisualizationreal-time visualization

Large-Scale Dynamo in a Primordial Accretion Flow: An Interpretation From Hydrodynamic Simulation. The Astrophysical Journal (2021)

Wei-Ting LiaoMatthew TurkHsi-Yu Schive

magnetohydrodynamicsphysicsastrophysicsplanetary magnetospheresplasma physicscomputational astrophysicsastrophysical plasmasmagnetospheric plasmaastronomysaturation levelcoherent magnetic fieldhigh energy density physicslarge-scale dynamostellar astrophysics

NASA Proposal: Sustaining and Expanding Yt to Support the Needs of the Modern Astronomical Community. Figshare (2021)

Matthew TurkKacper KowalikJohn ZuHoneMadicken Munk

space researchastrophysicsspace missionsobservational astronomyscientific datamatthew turkopen source toolsspace scienceastronomyspace explorationacta astronauticaspace mission designnasa proposalplanetary sciences

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Matthew J Turk

Assistant Professor

University of Illinois Urbana-Champaign

Affiliations

School of Information Sciences

Matthew J Turk is currently serving as a School Of Information Sciences Assistant Professor at University of Illinois Urbana-Champaign.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Matthew J Turk

University of Illinois Urbana-Champaign

Assistant Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Developing Library and Data Storytelling Toolkits: Scenarios and Personas. Lecture notes in computer science (2024)

Kate McDowellXinhui HuMatthew Turk

data storytelling toolkitsdigital storytellingcommunicationnarrativeinteractive storytellingdigital mediumsdata and information visualization

LIBYT: A Tool for Parallel in Situ Analysis With Yt, Python, and Jupyter. (2024)

Shin-Rong TsaiHsi-Yu SchiveMatthew Turk

Teaching Data Storytelling as Data Literacy. Information and Learning Sciences (2024)

Kate McDowellMatthew J. Turk

Why Does the Milky Way Have a Metallicity Floor?. Monthly Notices of the Royal Astronomical Society (2024)

Britton D SmithBrian W O’SheaSadegh KhochfarMatthew J TurkJohn H WiseMichael L Norman

LIBYT: A Tool for Parallel in Situ Analysis With Yt. Proceedings of the Python in Science Conferences (2023)

Shin-Rong TsaiHsi-Yu SchiveMatthew Turk

The Role of Radiation and Halo Mergers in Pop III Star Formation. Monthly Notices of the Royal Astronomical Society (2023)

Lilia Correa MagnusBritton D SmithSadegh KhochfarBrian W O’SheaJohn H WiseMichael L NormanMatthew J Turk

3D Volume Rendering of Geophysical Data Using the Yt Platform. (2021)

Christopher HavlinBenjamin HoltzmanKacper KowalikMadicken MunkSamantha WalkowMatthew Turk

Introducing Yt 4.0: Analysis and Visualization of Volumetric Data. (2021)

Large-Scale Dynamo in a Primordial Accretion Flow: An Interpretation From Hydrodynamic Simulation. The Astrophysical Journal (2021)

Wei-Ting LiaoMatthew TurkHsi-Yu Schive

NASA Proposal: Sustaining and Expanding Yt to Support the Needs of the Modern Astronomical Community. Figshare (2021)

Matthew TurkKacper KowalikJohn ZuHoneMadicken Munk

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Similar Faculty Members

Kelsey Johnson

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astronomy

star formation

Tom Abel

Institution

Stanford University

astronomy

extragalactic astronomy

Daniel S. Katz

Institution

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science gateway

software engineering

Paul Milton Ricker

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simulation code architecture

numerical simulations

Peter Teuben

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space research

synchrotron radiation

Aaron Evans

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extragalactic astronomy

Kyle Chard

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data science

Jonathan I. Katz

Institution

Washington University in St. Louis

astroparticle physics

soft matter

Paul Torrey

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University of Virginia

astronomy

galaxy formation and evolution

Bertram Ludaescher

Institution

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data curation

data integration