Faculty

Institution

Unit

Venue

Robert Kaindl

Professor

Arizona State University Digital Immersion

Affiliations

Natural Science

Department of Physics

The College of Liberal Arts and Sciences

Natural Science

Robert Kaindl is currently serving as a Physics Professor at Arizona State University Digital Immersion.

Honors

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Experiences

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Education

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Robert Kaindl

Arizona State University Digital Immersion

Professor

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applied physics condensed matter physics materials science physics ultrafast laser spectroscopy optoelectronics spectroscopy electronic materials condensed matter surface science nanotechnology solid-state electronics solid-state physics terahertz science biophysics laser science atomic physics semiconductors material chemistry terahertz photonics semiconductor nanostructures ultrafast dynamics electronics charge transport terahertz technique infrared optic electron diffraction infrared spectroscopy charge separation semiconductor technology chiral phonons layered materials analytical instrumentation electron spectroscopy electronic excited states quasi-two-dimensional electron plasma ultrafast thz spectroscopy few-layer epitaxial graphene nanoparticle research advanced energy material atomic spectroscopy composite science instrument science x-ray spectroscopy printed electronics experimental analysis photoelectrochemistry plasmonics nanoscale science quasi-two-dimensional electron gas nature nano energy nature physic science advance material research synchrotron radiation magnetic resonance inorganic photochemistry cryogenics instrument development x-ray diffraction solid-state chemistry microscopy methods electron microscopy microanalysis semiconductor devices transient conducting electron-hole gas ultrafast terahertz probes insulating phases noise suppression broadband electromagnetic response transient terahertz spectroscopy quasi-two-dimensional electron-hole gases unbound carriers femtosecond pulses quantum science quantum materials light science

Notable Scholarly Works

Notable Federal Grants

Collaborators

Laser-Based Undulator Design for Soft X-Ray Free Electron Laser. (2024)

Sean E. TiltonElena L. RosKevin E. SchmidtSudeep BanerjeeArvinder SandhuArya FallahiRobert A. KaindlMark R. HollWilliam S. GravesSamuel W. Teitelbaum

laser-based undulator designx-ray free-electron laserlasersfree electron lasers

Laser Systems and Diagnostics for the Asu Compact X-Ray Source. (2024)

Sean TiltonKevin EckroshRae LarsenElena RosHyung Seo LeeDariannette ValentinEmmanuel AdamoArvinder SandhuSudeep BanerjeeRobert KaindlMark R. HollSandro KlingebielThomas MetzgerMark R. HollWilliam S. GravesSamuel W. Teitelbaum

photonicsradiation oncologylaser scienceradiologylaser systems

Circling Back to Magnetism. Science (2023)

Robert A. Kaindl

spintronicsquantum magnetismphysicscondensed mattermagnetic materialsmagnetismmagnetohydrodynamicsmagnetic devicesmagnetic resonancemagnetic fieldsmagnetic topological insulatorapplied physicscondensed matter physics

Relativistic Ultrafast Electron Diffraction at High Repetition Rates. Structural Dynamics (2023)

K. M. SiddiquiD. B. DurhamF. CroppF. JiS. PaiaguaC. OphusN. C. AndresenL. JinJ. WuS. WangX. ZhangW. YouM. MurnaneM. CenturionX. WangD. S. SlaughterR. A. KaindlP. MusumeciA. M. MinorD. Filippetto

biophysicshigh repetition rateselectron diffractionapplied physicsstructural biologymaterials science

Denoising Scanning Tunneling Microscopy Images of Graphene With Supervised Machine Learning. Physical Review Materials (2022)

Frédéric JouckenJohn L. DavenportZhehao GeEberth A. Quezada-LopezTakashi TaniguchiKenji WatanabeJairo VelascoJérôme LagouteRobert A. Kaindl

microscopyphysicssurface sciencecomputational materials sciencematerial researchcondensed mattersupervised machine learningmachine learningelectronic materialsgraphenenanoscale scienceapplied physicsmaterials science

Enhanced Charge Density Wave Coherence in a Light-Quenched, High-Temperature Superconductor. Science (2022)

S. WandelF. BoschiniE. H. da Silva NetoL. ShenM. X. NaS. ZoharY. WangS. B. WelchM. H. SeabergJ. D. KoralekG. L. DakovskiW. HettelM.-F. LinS. P. MoellerW. F. SchlotterA. H. ReidM. P. MinittiT. BoyleF. HeR. SutartoR. LiangD. BonnW. HardyR. A. KaindlD. G. HawthornJ.-S. LeeA. F. KemperA. DamascelliC. GiannettiJ. J. TurnerG. Coslovich

biophysicscondensed mattersuperconductivityhigh-temperature superconductorcryogenicscondensed matter physicsmaterials science

Exciton-Driven Ultrafast Enhancement of Quasiparticle Bandgap and Effective Mass in Monolayer Mos2. Conference on Lasers and Electro-Optics (2022)

Yi LinYang-hao ChanWoojoo LeeLi-Syuan LuZhenglu LiWen-Hao ChangChih-Kang ShihRobert A. KaindlSteven G. LouieAlessandra Lanzara

solid-state electronicssemiconductor nanostructuresmechanical engineeringsemiconductor technologyelectronic materialsexciton-driven ultrafast enhancementeffective masscondensed mattersemiconductor devicesoptoelectronicsquasiparticle bandgapthin filmscondensed matter physicssemiconductorsphotonicslaser sciencecomposite scienceelectro-optics deviceelectronicsapplied physicsmaterials science

Mapping the Dispersion of the Occupied and Unoccupied Band Structure in Photoexcited 1T-Tise2. Journal of Physics and Chemistry of Solids (2022)

Maximilian HuberYi LinNicholas DaleRenee SailusSefaattin TongayRobert A. KaindlAlessandra Lanzara

solid-state electronicsphysicscondensed matteratomic physicssolid-state physicselectronic materialsapplied physicsthin filmscondensed matter physicsmaterials sciencesolid-state chemistry

Ultrafast Optically-Induced Melting of Trimer Clusters in 1T’-Tate2. Frontiers in Optics + Laser Science 2021 (2021)

K. M. SiddiquiD. B. DurhamF. CroppS. RajpurohitC. OphusY. ZhuJ. D. CarlströmC. StavrakasZ. MaoA. RajaP. MusumeciL. Z. TanA. M. MinorD. FilippettoR. A. Kaindl

biophysicsphotonicstrimer clustersultrafast optically-induced meltingoptoelectronicsoptical materialslaser scienceoptical propertiesoptical engineeringlaser processing technologyapplied physicsthin filmsmaterials science

Ultrafast Optical Melting of Trimer Superstructure in Layered 1T′-Tate2. Communications Physics (2021)

Khalid M. SiddiquiDaniel B. DurhamFrederick CroppColin OphusSangeeta RajpurohitYanglin ZhuJohan D. CarlströmCamille StavrakasZhiqiang MaoArchana RajaPietro MusumeciLiang Z. TanAndrew M. MinorDaniele FilippettoRobert A. Kaindl

advanced materialssurface sciencelayered materialsoptical materialscommunicationultrafast optical meltingtrimer superstructureapplied physicsthin filmscondensed matter physicsmaterials science

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Robert Kaindl

Professor

Arizona State University Digital Immersion

Affiliations

Natural Science

Department of Physics

The College of Liberal Arts and Sciences

Natural Science

Robert Kaindl is currently serving as a Physics Professor at Arizona State University Digital Immersion.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Robert Kaindl

Arizona State University Digital Immersion

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Laser-Based Undulator Design for Soft X-Ray Free Electron Laser. (2024)

Sean E. TiltonElena L. RosKevin E. SchmidtSudeep BanerjeeArvinder SandhuArya FallahiRobert A. KaindlMark R. HollWilliam S. GravesSamuel W. Teitelbaum

laser-based undulator designx-ray free-electron laserlasersfree electron lasers

Laser Systems and Diagnostics for the Asu Compact X-Ray Source. (2024)

photonicsradiation oncologylaser scienceradiologylaser systems

Circling Back to Magnetism. Science (2023)

Robert A. Kaindl

Relativistic Ultrafast Electron Diffraction at High Repetition Rates. Structural Dynamics (2023)

K. M. SiddiquiD. B. DurhamF. CroppF. JiS. PaiaguaC. OphusN. C. AndresenL. JinJ. WuS. WangX. ZhangW. YouM. MurnaneM. CenturionX. WangD. S. SlaughterR. A. KaindlP. MusumeciA. M. MinorD. Filippetto

biophysicshigh repetition rateselectron diffractionapplied physicsstructural biologymaterials science

Denoising Scanning Tunneling Microscopy Images of Graphene With Supervised Machine Learning. Physical Review Materials (2022)

Frédéric JouckenJohn L. DavenportZhehao GeEberth A. Quezada-LopezTakashi TaniguchiKenji WatanabeJairo VelascoJérôme LagouteRobert A. Kaindl

Enhanced Charge Density Wave Coherence in a Light-Quenched, High-Temperature Superconductor. Science (2022)

biophysicscondensed mattersuperconductivityhigh-temperature superconductorcryogenicscondensed matter physicsmaterials science

Exciton-Driven Ultrafast Enhancement of Quasiparticle Bandgap and Effective Mass in Monolayer Mos2. Conference on Lasers and Electro-Optics (2022)

Yi LinYang-hao ChanWoojoo LeeLi-Syuan LuZhenglu LiWen-Hao ChangChih-Kang ShihRobert A. KaindlSteven G. LouieAlessandra Lanzara

Mapping the Dispersion of the Occupied and Unoccupied Band Structure in Photoexcited 1T-Tise2. Journal of Physics and Chemistry of Solids (2022)

Maximilian HuberYi LinNicholas DaleRenee SailusSefaattin TongayRobert A. KaindlAlessandra Lanzara

solid-state electronicsphysicscondensed matteratomic physicssolid-state physicselectronic materialsapplied physicsthin filmscondensed matter physicsmaterials sciencesolid-state chemistry

Ultrafast Optically-Induced Melting of Trimer Clusters in 1T’-Tate2. Frontiers in Optics + Laser Science 2021 (2021)

K. M. SiddiquiD. B. DurhamF. CroppS. RajpurohitC. OphusY. ZhuJ. D. CarlströmC. StavrakasZ. MaoA. RajaP. MusumeciL. Z. TanA. M. MinorD. FilippettoR. A. Kaindl

Ultrafast Optical Melting of Trimer Superstructure in Layered 1T′-Tate2. Communications Physics (2021)

advanced materialssurface sciencelayered materialsoptical materialscommunicationultrafast optical meltingtrimer superstructureapplied physicsthin filmscondensed matter physicsmaterials science

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