Faculty

Institution

Unit

Venue

Michael Chini

Associate Professor

Ohio State University

Affiliations

College of Arts and Sciences

Physics

Michael Chini is currently serving as a College Of Arts And Sciences Associate Professor at Ohio State University.

Honors

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Experiences

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Education

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Michael Chini

Ohio State University

Associate Professor

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applied physics photonics laser science optoelectronics materials science physics particle physics condensed matter physics atomic physics electrical engineering spectroscopy optical metrology optical properties optical engineering wave optics beam optics isolated attosecond pulses high harmonic generation attosecond transient absorption laser processing technology high-order harmonics instrumentation attosecond pulses infrared optic infrared spectroscopy carrier-envelope phase stabilization quantum science solid-state electronics light science attosecond pulse generation high-harmonic generation laser amplifier molecular hydrogen attosecond time-resolved autoionization atomic spectroscopy condensed matter optical amplifier fiber science oxide electronics epitaxial growth charge transport attosecond pulse virtual states field-controlled bound states science advance fibers lightwave technology raman spectroscopy electronic materials microwave technology crystal research metals crystal engineering crystal growth thermal engineering oscillation theory model compression data compression interferometry fiber optics optical spectroscopy instrument development instrumentation engineering instrument science electronic instrumentation analytical instrumentation precision measurement laser material modulation techniques electron microscopy optical information processing relaxation process fragmentation effect phonons sub-cycle oscillations ultrabroadband attosecond lasers engineering education education student learning student engagement undergraduate research higher education student success physic education science education

Notable Scholarly Works

Notable Federal Grants

Collaborators

Scanless Laser Waveform Measurement in the Near-Infrared. APL Photonics (2025)

Tran-Chau TruongYangyang LiuDipendra KhatriYuxuan ZhangBonggu ShimMichael Chini

lasersnear-infrared spectroscopyphotonics

Carrier-Envelope Phase-Stabilized Ultrashort Pulses From a Gas-Filled Multi-Pass Cell. Applied Physics Letters (2024)

Dipendra KhatriTran-Chau TruongChristopher LantiguaChelsea KincaidMathew BrittonMichael Chini

applied physicsgas-filled multi-pass cell

Carrier-Envelope Phase-Stable Few-Cycle Pulses From Two Stage Hybrid Compression of a Yb: Kgw Amplifier. Journal of Optics (2024)

Dipendra Singh KhatriTran-Chau TruongChelsea KincaidChristopher LantiguaMichael Chini

kgw amplifieroptical propertiesstage hybrid compressionoptical physics

Correlation-Induced Generation of Superharmonics in the High-Order Harmonic Spectrum of Perovskite Barium Titanate. Physical review. B./Physical review. B (2024)

Didarul AlamNaseem Ud DinMichael ChiniVolodymyr Turkowski

physicsperovskite barium titanatehigh-order harmonic spectrumcondensed matter physicscorrelation-induced generation

Doe Support for the 8Th International Conference on Attosecond Science (Final Technical Report). (2024)

Michael ChiniLuca Argenti

applied physicsattosecond sciencedoe support

Efficient High-Order Harmonic Generation From the Van Der Waals Layered Crystal Copper Indium Thiophosphate. Journal of the American Chemical Society (2024)

Aamir MushtaqTroie JourniganVolodymyr TurkowskiRyan SiebenallerDylan A. JeffTran-Chau TruongMohamed Yaseen NoorDipendra KhatriChristopher LantiguaKamal HarrisonSaiful I. KhondakerEmmanuel RoweJonathan T. GoldsteinMichael A. SusnerEnam ChowdhuryMichael Chini

materials sciencesurface sciencechemical engineeringoptical propertiesoptical materialscrystal researchcrystal structure designorganic synthesisvan der waalssolid-state electronicscrystal growthchemistrycrystal engineeringsurface reactivitymetalscrystallography

Field-Resolved Space–Time Characterization of Few-Cycle Structured Light Pulses. Optica (2024)

Yangyang LiuShima Gholam-MirzaeiDipendra KhatriTran-Chau TruongTroie D. JourniganChristian CabelloChristopher LantiguaAndré StaudtePaul B. CorkumMichael Chini

planetary sciencesbeam opticsoptical engineeringlaser sciencewave opticsoptical metrologyoptoelectronicsfield-resolved space-time characterizationphotonics

Generation of 1.8-Mj, 2.5-μM, Sub-3-Cycle Laser Pulses via Hollow-Core Fiber Pulse Compression. (2024)

Huanyu SongMat BrittonKirk LarsenBrian KaufmanMartin GebhardtChristian BrahmsJohn TraversMarcel NeuhausChristopher LantiguaChelsea KincaidYi WuMichael ChiniZenghu ChangJoseph RobinsonEric CunninghamRuaridh Forbes

lasers

High Harmonic Generation in Epitaxially Grown Zinc Oxide Films. Journal of the Optical Society of America B (2024)

Troie JourniganYangyang LiuChristian CabelloS. Novia BerrielNicholas G. RudawskiParag BanerjeeMichael Chini

thin filmsmaterials sciencetechnologyepitaxial growthelectronic materialsoptical propertiesoxide electronicsoptical materialsoptical engineeringwave opticssolid-state electronicshigh harmonic generationraman spectroscopyapplied physicsoptical metrologyoptoelectronicsphotonics

High Harmonic Generation in Epitaxially Grown Zinc Oxide Films: Publisher's Note. Journal of the Optical Society of America B (2024)

Troie JourniganYangyang LiuChristian CabelloS. Novia BerrielNicholas G. RudawskiParag BanerjeeMichael Chini

thin filmsmaterials scienceepitaxial growthoptical propertiesoptical materialszinc oxide filmshigh harmonic generation

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Michael Chini

Associate Professor

Ohio State University

Affiliations

College of Arts and Sciences

Physics

Michael Chini is currently serving as a College Of Arts And Sciences Associate 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

Michael Chini

Ohio State University

Associate Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Scanless Laser Waveform Measurement in the Near-Infrared. APL Photonics (2025)

Tran-Chau TruongYangyang LiuDipendra KhatriYuxuan ZhangBonggu ShimMichael Chini

lasersnear-infrared spectroscopyphotonics

Carrier-Envelope Phase-Stabilized Ultrashort Pulses From a Gas-Filled Multi-Pass Cell. Applied Physics Letters (2024)

Dipendra KhatriTran-Chau TruongChristopher LantiguaChelsea KincaidMathew BrittonMichael Chini

applied physicsgas-filled multi-pass cell

Carrier-Envelope Phase-Stable Few-Cycle Pulses From Two Stage Hybrid Compression of a Yb: Kgw Amplifier. Journal of Optics (2024)

Dipendra Singh KhatriTran-Chau TruongChelsea KincaidChristopher LantiguaMichael Chini

kgw amplifieroptical propertiesstage hybrid compressionoptical physics

Correlation-Induced Generation of Superharmonics in the High-Order Harmonic Spectrum of Perovskite Barium Titanate. Physical review. B./Physical review. B (2024)

Didarul AlamNaseem Ud DinMichael ChiniVolodymyr Turkowski

physicsperovskite barium titanatehigh-order harmonic spectrumcondensed matter physicscorrelation-induced generation

Doe Support for the 8Th International Conference on Attosecond Science (Final Technical Report). (2024)

Michael ChiniLuca Argenti

applied physicsattosecond sciencedoe support

Efficient High-Order Harmonic Generation From the Van Der Waals Layered Crystal Copper Indium Thiophosphate. Journal of the American Chemical Society (2024)

Field-Resolved Space–Time Characterization of Few-Cycle Structured Light Pulses. Optica (2024)

Yangyang LiuShima Gholam-MirzaeiDipendra KhatriTran-Chau TruongTroie D. JourniganChristian CabelloChristopher LantiguaAndré StaudtePaul B. CorkumMichael Chini

planetary sciencesbeam opticsoptical engineeringlaser sciencewave opticsoptical metrologyoptoelectronicsfield-resolved space-time characterizationphotonics

Generation of 1.8-Mj, 2.5-μM, Sub-3-Cycle Laser Pulses via Hollow-Core Fiber Pulse Compression. (2024)

lasers

High Harmonic Generation in Epitaxially Grown Zinc Oxide Films. Journal of the Optical Society of America B (2024)

Troie JourniganYangyang LiuChristian CabelloS. Novia BerrielNicholas G. RudawskiParag BanerjeeMichael Chini

High Harmonic Generation in Epitaxially Grown Zinc Oxide Films: Publisher's Note. Journal of the Optical Society of America B (2024)

Troie JourniganYangyang LiuChristian CabelloS. Novia BerrielNicholas G. RudawskiParag BanerjeeMichael Chini

thin filmsmaterials scienceepitaxial growthoptical propertiesoptical materialszinc oxide filmshigh harmonic generation

1
2
3
4
5
18
10 / page

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