Faculty

Institution

Unit

Venue

Nicole A. Benedek

Associate Professor

Cornell University

Affiliations

College of Engineering

Department of Materials Science and Engineering

Nicole A. Benedek is currently serving as a College Of Engineering Associate Professor at Cornell University.

Honors

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Experiences

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Education

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Nicole A. Benedek

Cornell University

Associate Professor

You can click a keyword to filter the displayed items

applied physics materials science condensed matter physics condensed matter physics advanced functional materials crystal research material research functional materials ferroelectric application crystallography multiferroics chemistry quantum materials crystal engineering halide perovskites crystal growth ferroelastics electroceramics solid-state physics phase transitions lead-free perovskites phonons density functional theory chemical structure structural chemistry electronic materials inorganic chemistry advanced dielectric raman spectroscopy layered perovskites quantum chemistry crystal structures octahedral rotations molecular structure ferromagnetism solid-state electronics electronic structure crystal structure design material analysis first principles solid-state chemistry material physics chemical bond ab-initio methods inorganic materials interface control transition metal chemistry energy storage materials hydrogen bond genetic algorithms interface structure crystal chemical origin polar distortions strontium titanate math xmlns thermal expansion perovskite oxides hydrogen bonding perovskite family cation displacements physical properties microwave engineering microwave antennas microwave measurement crystal material memetic algorithms electrochemical energy storage lithium-ion batteries solid-state ionics electronic memory emerging memory technologies memory devices oxygen octahedron rotations rotation distortion layered perovskite ca3mn2o7 material properties oxide electronics complex oxides advanced materials computational materials science

Notable Scholarly Works

Notable Federal Grants

Collaborators

EDITORIAL: Symmetry-Guided Rational Design and Control of Quantum Matter With New Functionality. Frontiers in Materials (2025)

Nicole A. BenedekMilan RadovicBerit H. GoodgeAlberto De la Torre

physicssymmetryquantum theorysymmetry-guided rational designnew functionalityquantum chemistryquantum mechanicsquantum sciencequantum technologiesapplied physicsquantum feedbackquantum matterquantum information science

Coherent Control of the Translational and Point Group Symmetries of Crystals With Light. Physical review. B./Physical review. B (2024)

Guru KhalsaJeffrey Z. KaaretNicole A. Benedek

physicsmaterials scienceoptical propertiesoptical materialscrystal researchcondensed matter physicscondensed matterphase diagramultrafast laser spectroscopygeneral phase diagramsolid-state physicscrystal engineeringapplied physicsquantum materialspoint group symmetriesquantum solid

Insights and Innovations From the Ssmcdat 2023: Bridging Solid-State Materials Chemistry and Data Science. Chemistry of Materials (2024)

Taylor D. SparksFrank E. CurtisDaniel C. FredricksonNicole A. Benedek

materials scienceopen sciencematerial chemistrymaterial researchsolid-state chemistryresearch data managementchemistryssmcdat 2023data sciencecomputational materials sciencesolid-state materials chemistry

Picosecond Expansion in Laalo3 Resonantly Driven by Infrared-Active Phonons. arXiv (Cornell University) (2024)

Gollwitzer, JakobKaaret, Jeffrey Z.Suyolcu, Y. ErenKhalsa, GuruFernandes, Rylan C.Gorobtsov, OlegBuchenau, SörenYou, ChanJuHiggins, JayantiRussell, Ryan S.Shao, ZimingBirkhölzer, Yorick A.Sato, TakahiroChollet, MatthieuCoslovich, GiacomoBrützam, MarioGuguschev, ChristoHarter, John W.Disa, Ankit S.Schlom, Darrell G.Benedek, Nicole A.Singer, Andrej

physicsmaterials scienceoptical spectroscopyadvanced functional materialslaalo3 thin filmsoptical propertiesoptical materialsvibrational spectroscopycondensed matterphononsultrafast laser spectroscopysolid-state physicspicosecond expansionstructural dynamicsapplied physicscrystallography

Picosecond Volume Expansion Drives a Later-Time Insulator–Metal Transition in a Nano-Textured Mott Insulator. Nature Physics (2024)

Anita VermaDenis GoležOleg Yu. GorobtsovKelson KajRyan RussellJeffrey Z. KaaretErik LambGuru KhalsaHari P. NairYifei SunRyan BouckNathaniel SchreiberJacob P. RufVarun RamaprasadYuya KubotaTadashi TogashiVladimir A. StoicaHari PadmanabhanJohn W. FreelandNicole A. BenedekOleg G. ShpyrkoJohn W. HarterRichard D. AverittDarrell G. SchlomKyle M. ShenAndrew J. MillisAndrej Singer

physicsmaterials sciencecharge carrier transportsemiconductor nanostructuresadvanced functional materialselectronic materialssemiconductor materialsnano-textured mott insulatorcondensed matter physicscondensed matterlater-time insulator–metal transitionsolid-state electronicssemiconductorsapplied physicsquantum materialsnanotechnologypicosecond volume expansion

Ultrafast Optically Induced Perturbation of Oxygen Octahedral Rotations in Multiferroic Bifeo 3 Thin Films. Nano Letters (2024)

Ni LiHyeon Jun LeeDeepankar Sri GyanYoungjun AhnEric C. LandahlJerome CarnisJun Young LeeTae Yeon KimSanjith UnithrattilJi Young JoSae Hwan ChunSunam KimSang-Youn ParkIntae EomCarolina AdamoSabrina J. LiJeffrey Z. KaaretDarrell G. SchlomHaidan WenNicole A. BenedekPaul G. Evans

physicsmaterials scienceferromagnetismmultiferroicsadvanced functional materialsfunctional propertieselectronic materialsmaterial researchoptical propertiesoptical materialsferroelectric applicationcondensed matter physicscondensed mattermagnetismultrafast laser spectroscopybifeo3 thin filmsapplied physicsoxygen octahedral rotations

Giant Optical Nonlinearities and Ultrafast Control of Optical Symmetry via Ir-Resonant Raman Scattering. The International Conference on Ultrafast Phenomena (UP) 2022 (2022)

Guru KhalsaNicole A. BenedekJeffrey Moses

physicsnon-linear opticsoptical spectroscopyoptical propertiesvibrational spectroscopynonlinear phenomenaspectroscopyultrafast controlultrafast laser spectroscopyoptical symmetryraman spectroscopygiant optical nonlinearitiesoptical physicsapplied physicsphotonics

Giant Raman Shifting Susceptibilities via Infrared-Resonant Scattering. (2022)

Guru KhalsaJiaoyang ZhengNicole A. BenedekJeffrey Moses

physicsoptical spectroscopydynamic metamaterialsraman spectroscopyoptical propertiescrystal researchcondensed matterspectroscopygiant ramanlightwave technologyvibrational spectroscopyapplied physicsoptical physicsinfrared resonanceslight sciencephotonicsnon-linear opticscubic susceptibilityoptical materialsultrafast laser spectroscopy

Hybrid Improper Ferroelectricity: A Theoretical, Computational, and Synthetic Perspective. Annual Review of Materials Research (2022)

Nicole A. BenedekMichael A. Hayward

materials sciencehybrid improper ferroelectricityelectroceramicsmaterial researchcrystal researchsynthetic perspectivecondensed matteradvanced materialscrystal engineeringapplied physicsfunctional materialsmultiferroicschemistryadvanced functional materialslayered perovskite oxidesferroelectric applicationcondensed matter physicsquantum materialscomputational materials science

Two-Pulse Enabled Coherent Control of Structural Dynamics. The International Conference on Ultrafast Phenomena (UP) 2022 (2022)

Jiaoyang ZhengGuru KhalsaNicole A. BenedekJeffrey Moses

physicsnon-linear opticsoptical propertiesvibrational spectroscopyphononssymmetric raman phononsnonlinear phenomenatemporal responselaserscoherent processultrafast laser spectroscopyraman spectroscopycoherent controlapplied physicsphotonics

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Nicole A. Benedek

Associate Professor

Cornell University

Affiliations

College of Engineering

Department of Materials Science and Engineering

Nicole A. Benedek is currently serving as a College Of Engineering Associate Professor at Cornell 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

Nicole A. Benedek

Cornell University

Associate Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

EDITORIAL: Symmetry-Guided Rational Design and Control of Quantum Matter With New Functionality. Frontiers in Materials (2025)

Nicole A. BenedekMilan RadovicBerit H. GoodgeAlberto De la Torre

Coherent Control of the Translational and Point Group Symmetries of Crystals With Light. Physical review. B./Physical review. B (2024)

Guru KhalsaJeffrey Z. KaaretNicole A. Benedek

Insights and Innovations From the Ssmcdat 2023: Bridging Solid-State Materials Chemistry and Data Science. Chemistry of Materials (2024)

Taylor D. SparksFrank E. CurtisDaniel C. FredricksonNicole A. Benedek

Picosecond Expansion in Laalo3 Resonantly Driven by Infrared-Active Phonons. arXiv (Cornell University) (2024)

Picosecond Volume Expansion Drives a Later-Time Insulator–Metal Transition in a Nano-Textured Mott Insulator. Nature Physics (2024)

Ultrafast Optically Induced Perturbation of Oxygen Octahedral Rotations in Multiferroic Bifeo 3 Thin Films. Nano Letters (2024)

Giant Optical Nonlinearities and Ultrafast Control of Optical Symmetry via Ir-Resonant Raman Scattering. The International Conference on Ultrafast Phenomena (UP) 2022 (2022)

Guru KhalsaNicole A. BenedekJeffrey Moses

Giant Raman Shifting Susceptibilities via Infrared-Resonant Scattering. (2022)

Guru KhalsaJiaoyang ZhengNicole A. BenedekJeffrey Moses

Hybrid Improper Ferroelectricity: A Theoretical, Computational, and Synthetic Perspective. Annual Review of Materials Research (2022)

Nicole A. BenedekMichael A. Hayward

Two-Pulse Enabled Coherent Control of Structural Dynamics. The International Conference on Ultrafast Phenomena (UP) 2022 (2022)

Jiaoyang ZhengGuru KhalsaNicole A. BenedekJeffrey Moses

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