Faculty

Institution

Unit

Venue

Huaxiang Fu

Professor

University of Arkansas

Affiliations

J. William Fulbright College of Arts and Sciences

Physics

Huaxiang Fu is currently serving as a J. William Fulbright College Of Arts And Sciences Professor at University of Arkansas.

Honors

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Experiences

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Education

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Huaxiang Fu

University of Arkansas

Professor

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materials science applied physics condensed matter physics physics condensed matter nanotechnology thin films solid-state electronics ferroelectric application advanced functional materials optoelectronics electronic materials material research particle physics atomic physics electrical engineering solid-state physics nanomaterials electronics semiconductor nanostructures nanoscale science advanced materials oxide electronics electronic structure phonons piezoelectricity theoretical inorganic chemistry semiconductor materials piezoelectric materials ferromagnetism solid-state chemistry inp quantum dots material chemistry organic electronics structural chemistry semiconductor devices experimental analysis nanometrology physical layer inorganic materials material physics ferroelectric ultrathin films first-principles determination ferroelectric pb ferroelectric nanostructures molecular science sustainable chemistry quantum chemistry space weather energy storage materials advanced energy material quantum science mechanical science supramolecular assemblies supramolecular chemistry organic material chemistry semiconductor technology general relativity ferrofluid catalyst preparation ii-vi semiconductor carbon-based materials colloidal nanocrystals fragmentation effect printed electronics ultrahigh electromechanical response single-crystal piezoelectrics polarization rotation mechanism size-dependent spectroscopy many-body pseudopotential theory redshifted emission surface effects hybrid chalcogenides ultrathin films residual depolarizing field ferroelectric solid solutions

Notable Scholarly Works

Notable Federal Grants

Collaborators

Extended Planar Defects of Oxygen Vacancies in Ferroelectric $$\Hbox {Batio}_3$$ and Impact on Ferroelectricity. Scientific Reports (2023)

Shaohui QiuHuaxiang Fu

thin filmsmaterials sciencedefect formationelectrical engineeringplanar defectsoxygen vacancies

Giant Hyperferroelectricity in Liznsb and Its Origin. Physical review. B./Physical review. B (2023)

Shaohui QiuSteven RhodesHuaxiang Fu

physicsmaterials scienceastroparticle physicsplanetary sciencesgiant hyperferroelectricity

Giant Hyperferroelectricity in Liznsb and Its Origin. Phys. Rev. B (2023)

physicshigh energy density physicscondensed matter physicssolid-state physicsgiant hyperferroelectricity

Possible Existence of Tristable Polarization States in Linbo3 Under an Open-Circuit Boundary Condition. Phys. Rev. B (2021)

physicstristable polarization statesopen-circuit boundary conditioncondensed matter physicsmathematical physicsnature physicpossible existenceapplied physicsquantum materials

Possible Existence of Tristable Polarization States in Linbo 3 Under an Open-Circuit Boundary Condition. Physical review. B./Physical review. B (2021)

Shaohui QiuLiyang MaShi LiuHuaxiang Fu

physicsmaterials scienceparticle physicsopen-circuit boundary conditioncondensed matter physicstristable polarization statesapplied physics

Understanding the Importance of Local Magnetic Moment in Monolayer Fese. Physical review. B./Physical review. B (2021)

Sudip PokharelHuaxiang Fu

physicsmaterials sciencethin filmsferromagnetismsurface sciencecondensed matter physicsspintronicsmagnetismsolid-state electronicslocal magnetic momentmagnetic materialsmonolayer feseapplied physicsmechanical sciencephysical layer

Understanding the Importance of Local Magnetic Moment in Monolayer Fese. Phys. Rev. B (2021)

physicsmaterials scienceferromagnetismadvanced functional materialsmaterial researchmagnetic mediumcondensed matter physicscondensed mattermagnetismlocal magnetic momentmagnetic propertiesmagnetic materialsapplied physicsquantum materialsmetalsmagnetoresistance

Origin of the Persistence of Soft Modes in Metallic Ferroelectrics. Phys. Rev. B (2020)

physicsmaterials sciencemultiferroicsadvanced functional materialssoft modesmaterial researchferroelectric applicationcondensed matter physicscondensed mattersoft modeapplied physicsmetalscharacterization (materials science)ferroelastics

Origin of the Persistence of Soft Modes in Metallic Ferroelectrics. Physical review. B./Physical review. B (2020)

Zegnet YimerHuaxiang Fu

physicsmaterials sciencepiezoelectricitycondensed matter physicspiezoelectric materialsmetallic ferroelectricsapplied physics

Possible Antiferroelectric-To-Ferroelectric Transition and Metallic Antiferroelectricity Caused by Charge Doping in Pbzro 3. Physical review. B./Physical review. B (2020)

Huaxiang Fu

physicspossible antiferroelectric-to-ferroelectric transitionmetallic antiferroelectricity

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Huaxiang Fu

Professor

University of Arkansas

Affiliations

J. William Fulbright College of Arts and Sciences

Physics

Huaxiang Fu is currently serving as a J. William Fulbright College Of Arts And Sciences Professor at University of Arkansas.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Huaxiang Fu

University of Arkansas

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Extended Planar Defects of Oxygen Vacancies in Ferroelectric $$\Hbox {Batio}_3$$ and Impact on Ferroelectricity. Scientific Reports (2023)

Shaohui QiuHuaxiang Fu

thin filmsmaterials sciencedefect formationelectrical engineeringplanar defectsoxygen vacancies

Giant Hyperferroelectricity in Liznsb and Its Origin. Physical review. B./Physical review. B (2023)

Shaohui QiuSteven RhodesHuaxiang Fu

physicsmaterials scienceastroparticle physicsplanetary sciencesgiant hyperferroelectricity

Giant Hyperferroelectricity in Liznsb and Its Origin. Phys. Rev. B (2023)

physicshigh energy density physicscondensed matter physicssolid-state physicsgiant hyperferroelectricity

Possible Existence of Tristable Polarization States in Linbo3 Under an Open-Circuit Boundary Condition. Phys. Rev. B (2021)

physicstristable polarization statesopen-circuit boundary conditioncondensed matter physicsmathematical physicsnature physicpossible existenceapplied physicsquantum materials

Possible Existence of Tristable Polarization States in Linbo 3 Under an Open-Circuit Boundary Condition. Physical review. B./Physical review. B (2021)

Shaohui QiuLiyang MaShi LiuHuaxiang Fu

physicsmaterials scienceparticle physicsopen-circuit boundary conditioncondensed matter physicstristable polarization statesapplied physics

Understanding the Importance of Local Magnetic Moment in Monolayer Fese. Physical review. B./Physical review. B (2021)

Sudip PokharelHuaxiang Fu

Understanding the Importance of Local Magnetic Moment in Monolayer Fese. Phys. Rev. B (2021)

Origin of the Persistence of Soft Modes in Metallic Ferroelectrics. Phys. Rev. B (2020)

Origin of the Persistence of Soft Modes in Metallic Ferroelectrics. Physical review. B./Physical review. B (2020)

Zegnet YimerHuaxiang Fu

physicsmaterials sciencepiezoelectricitycondensed matter physicspiezoelectric materialsmetallic ferroelectricsapplied physics

Possible Antiferroelectric-To-Ferroelectric Transition and Metallic Antiferroelectricity Caused by Charge Doping in Pbzro 3. Physical review. B./Physical review. B (2020)

Huaxiang Fu

physicspossible antiferroelectric-to-ferroelectric transitionmetallic antiferroelectricity

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Similar Faculty Members

Salvador Barraza-Lopez

Institution

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condensed matter physics

material physic

Sergey Lisenkov

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University of South Florida

condensed matter physics

crystal growth

Joshua L Cohn

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Alexander Demkov

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computational condensed matter

magnetic compounds

Sohrab Ismail-Beigi

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Yale University

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magnetometry

Zhiqiang Mao

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Pennsylvania State University

nature physic

quantum materials

Cai-Zhuang Wang

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condensed matter

matter physics

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material chemistry

electronic material