Faculty

Institution

Unit

Venue

Alexandra Landsman

Professor

Ohio State University

Affiliations

College of Arts and Sciences

Physics

Alexandra Landsman is currently serving as a College Of Arts And Sciences Professor at Ohio State University.

Honors

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Experiences

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Education

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Alexandra Landsman

Ohio State University

Professor

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physics applied physics particle physics atomic physics materials science condensed matter physics laser science biophysics photonics high-order harmonic generation spectroscopy optoelectronics tunnel ionization strong-field ionization strong field ionization nanotechnology tunneling microscopy x-ray free-electron laser quantum information science quantum chemistry applied chemistry optical engineering optical metrology longitudinal momentum spread higher-energy structure attosecond science photoemission delays scientific computing wireless communications intelligent computing machine vision medical physics applied physiology applied microbiology interface science condensed matter nanoparticle research atomic spectroscopy microwave technology quantum science nanoscale science temporal complexity quantum communications plasmonics internet computing distributed computing stereoscopic processing optical information processing stereo imaging applied genetics x-ray spectroscopy time delay systems microwave photonics radio frequency infrared optic uv-vis spectroscopy beam optics infrared spectroscopy attosecond physics ultrafast resolution tunnelling time problem strong field approximation strong-field tunnel ionization nonadiabatic effects weak measurement molecular environment nonlinear dynamical systems nonlinear wave propagation quantum chaos nonlinear phenomena quantum mechanics nonlinear science electron dynamics light science

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Above-Threshold Ionization With X-Ray Free-Electron Lasers. Communications Physics (2024)

Spencer WalkerAlexandra S. Landsman

physicsatomic spectroscopyx-ray free-electron laserx-ray spectroscopyabove-threshold ionizationradiationapplied physics

Attosecond Delays in X-Ray Molecular Ionization. Nature (2024)

Taran DriverMiles MountneyJun WangLisa OrtmannAndre Al-HaddadNora BerrahChristoph BostedtElio G. ChampenoisLouis F. DiMauroJoseph DurisDouglas GarrattJames M. GlowniaZhaoheng GuoDaniel HaxtonErik IseleIgor IvanovJiabao JiAndrei KamalovSiqi LiMing-Fu LinJon P. MarangosRazib ObaidJordan T. O’NealPhilipp RosenbergerNiranjan H. ShivaramAnna L. WangPeter WalterThomas J. A. WolfHans Jakob WörnerZhen ZhangPhilip H. BucksbaumMatthias F. KlingAlexandra S. LandsmanRobert R. LuccheseAgapi EmmanouilidouAgostino MarinelliJames P. Cryan

biophysicsradiologyparticle physicsx-ray molecular ionizationattosecond delaysapplied physics

Extracting Correlation Length in Mott Insulators by Strong-Field Driving. Journal of the Optical Society of America B (2024)

Abdallah AlShafeyXu-Yan JiaYuan-Ming LuShou-Shu GongGerard McCaulDenys BondarMohit RanderiaTakashi OkaAlexandra S. Landsman

correlation lengthmaterials sciencemott insulatorsoptical metrologystrong-field drivingphotonics

Relativistic Effects in Molecular Photoemission Delays. Physical review. A/Physical review, A (2024)

Brock GrafstromAnna Wang-HoltzenJun WangPhilip H. BucksbaumJames P. CryanAlexandra S. Landsman

physicsrelativistic effectsmolecular photoemission delays

Simulating Strong Field Tunnel Ionization of Molecules. Springer proceedings in physics (2024)

L OrtmannA AlShafeyA StaudteAS Landsman

physicsapplied physicsbiophysicsparticle physics

Tunable Uv ∼ Ir Frequency Comb Generation via High-Order Sideband Generation. Japanese Journal of Applied Physics (2024)

Jeail KimHwihyeon KangUgaitz EluDasol KimFlorian HaberstrohThemistoklis SidiropoulosTobias SteinleMatthias BaudischLisa OrtmannAlexandra S. LandsmanJens BiegertAlexis ChacónDong Eon Kim

microwave photonicsradio frequencyinfrared opticuv-vis spectroscopysemiconductorsmicrowave technologyapplied physicshigh-order sideband generation

Understanding Attosecond Streaking. Reports on Progress in Physics (2024)

Lisa OrtmannAlexandra Landsman

physicsquantum sciencecondensed matter physicsattosecond streaking

Does Carrier Envelope Phase Affect the Ionization Site in a Neutral Diatomic Molecule?. Atoms (2023)

Alex Schimmoller

physicsatomic physicsneutral diatomic moleculeionization site

High-Order Harmonic Generation From a Thin Film Crystal Perturbed by a Quasi-Static Terahertz Field. Nature Communications (2023)

Sha LiYaguo TangLisa OrtmannBradford K. TalbertCosmin I. BlagaYu Hang LaiZhou WangYang ChengFengyuan YangAlexandra S. LandsmanPierre AgostiniLouis F. DiMauro

thin filmsmaterials sciencebiophysicshigh-order harmonic generationparticle physicscondensed matter physicsquasi-static terahertz fieldthin film crystalapplied physicsphotonics

Mott Memristors Based on Field-Induced Carrier Avalanche Multiplication. Physical review. B./Physical review. B (2023)

Francesco PeronaciSara AmeliShintaro TakayoshiAlexandra S. LandsmanTakashi Oka

physicsquantum computingmott memristors

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Alexandra Landsman

Professor

Ohio State University

Affiliations

College of Arts and Sciences

Physics

Alexandra Landsman is currently serving as a College Of Arts And Sciences Professor at Ohio State 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

Alexandra Landsman

Ohio State University

Professor

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Above-Threshold Ionization With X-Ray Free-Electron Lasers. Communications Physics (2024)

Spencer WalkerAlexandra S. Landsman

physicsatomic spectroscopyx-ray free-electron laserx-ray spectroscopyabove-threshold ionizationradiationapplied physics

Attosecond Delays in X-Ray Molecular Ionization. Nature (2024)

biophysicsradiologyparticle physicsx-ray molecular ionizationattosecond delaysapplied physics

Extracting Correlation Length in Mott Insulators by Strong-Field Driving. Journal of the Optical Society of America B (2024)

Abdallah AlShafeyXu-Yan JiaYuan-Ming LuShou-Shu GongGerard McCaulDenys BondarMohit RanderiaTakashi OkaAlexandra S. Landsman

correlation lengthmaterials sciencemott insulatorsoptical metrologystrong-field drivingphotonics

Relativistic Effects in Molecular Photoemission Delays. Physical review. A/Physical review, A (2024)

Brock GrafstromAnna Wang-HoltzenJun WangPhilip H. BucksbaumJames P. CryanAlexandra S. Landsman

physicsrelativistic effectsmolecular photoemission delays

Simulating Strong Field Tunnel Ionization of Molecules. Springer proceedings in physics (2024)

L OrtmannA AlShafeyA StaudteAS Landsman

physicsapplied physicsbiophysicsparticle physics

Tunable Uv ∼ Ir Frequency Comb Generation via High-Order Sideband Generation. Japanese Journal of Applied Physics (2024)

Jeail KimHwihyeon KangUgaitz EluDasol KimFlorian HaberstrohThemistoklis SidiropoulosTobias SteinleMatthias BaudischLisa OrtmannAlexandra S. LandsmanJens BiegertAlexis ChacónDong Eon Kim

microwave photonicsradio frequencyinfrared opticuv-vis spectroscopysemiconductorsmicrowave technologyapplied physicshigh-order sideband generation

Understanding Attosecond Streaking. Reports on Progress in Physics (2024)

Lisa OrtmannAlexandra Landsman

physicsquantum sciencecondensed matter physicsattosecond streaking

Does Carrier Envelope Phase Affect the Ionization Site in a Neutral Diatomic Molecule?. Atoms (2023)

Alex Schimmoller

physicsatomic physicsneutral diatomic moleculeionization site

High-Order Harmonic Generation From a Thin Film Crystal Perturbed by a Quasi-Static Terahertz Field. Nature Communications (2023)

Sha LiYaguo TangLisa OrtmannBradford K. TalbertCosmin I. BlagaYu Hang LaiZhou WangYang ChengFengyuan YangAlexandra S. LandsmanPierre AgostiniLouis F. DiMauro

thin filmsmaterials sciencebiophysicshigh-order harmonic generationparticle physicscondensed matter physicsquasi-static terahertz fieldthin film crystalapplied physicsphotonics

Mott Memristors Based on Field-Induced Carrier Avalanche Multiplication. Physical review. B./Physical review. B (2023)

Francesco PeronaciSara AmeliShintaro TakayoshiAlexandra S. LandsmanTakashi Oka

physicsquantum computingmott memristors

1
2
3
4
5
8
10 / page

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light-matter interaction

nonlinear optics

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efficient generation

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nonlinear wave propagation