Faculty

Institution

Unit

Venue

Jason N. Hancock

Professor and University Teaching Fellow

University of Connecticut

Affiliations

College of Liberal Arts and Sciences

Physics

Jason N. Hancock is currently serving as a College Of Liberal Arts And Sciences Professor and University Teaching Fellow at University of Connecticut.

Honors

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Experiences

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Education

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Jason N. Hancock

University of Connecticut

Professor and University Teaching Fellow

You can click a keyword to filter the displayed items

materials science applied physics condensed matter physics physics atomic physics particle physics thin films condensed matter magnetism advanced materials quantum science negative thermal expansion superconductivity additive manufacturing thermodynamics technology advanced manufacturing technologies electronic materials instrument science plasmonics phonons topological insulators optical response temperature dependence space weather bioresource technology advanced fiber material advanced energy material advanced functional materials aerosol science respiratory medicine metals thermal engineering nanoparticle research solid-state electronics black holes relaxation process membrane technology filtration material innovation nanofibers filter design laser science ventilation superalloys nanoscale science general relativity quantum theory cryogenics fragmentation effect comparative physiology infrared sensors infrared optic instrumentation engineering semiconductor nanostructures vacuum device semiconductor device fabrication surface nanotechnology magnetic materials optical spectroscopy charge transport magnetic fields electronic structure relaxation rate spectroscopic evidence fermi liquid-like energy pseudogap phase magnetic excitations piezoelectric nanofiber membrane long-term biodegradability charge excitations charge-transfer excitations kondo scaling incident energy electronic phase transition optical study high temperature superconductors nature physic high-tc superconductivity high tc superconductors

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Brief Review of Electronic and Magnetic Structure of Tif 3. Selected topics in electornics and systems (2024)

Gayanath W. FernandoDonal SheetsJason HancockArthur ErnstR. Matthias Geilhufe

electronic structuremagnetic structurecondensed matter physicsmagnetic fieldsapplied physicsmaterials scienceelectronic materialsmagnetismelectrical engineering

Gas Pore Correlations in Laser Powder Bed Fusion of Al6061. Additive manufacturing (2024)

Kaitlin LyszakErin B. CurryLauren A. GormanDonal SheetsLukas R. LasigRodrigo TuestaSamuel J. ClarkKamel FezzaaSean P. DoneganJason N. Hancock

fabrication techniquesengineeringadvanced materialsadditive manufacturingprecision engineeringmanufacturing engineeringgas pore correlationsdigital fabricationlasersmanufacturing technologylaser powdermaterials sciencemicrofabricationadvanced manufacturing technologiescomputational fabrication3d printingmechanical engineeringmanufacturing

Correlation Driven Magnetic Frustration and Insulating Behavior of Tif$_3$. arXiv (Cornell University) (2023)

Fernando, Gayanath W.Sheets, DonalHancock, JasonErnst, ArthurGeilhufe, R. Matthias

correlationbehavioral sciencesmaterials sciencemagnetic frustrationmagnetism

Correlation‐Driven Magnetic Frustration and Insulating Behavior of Tif 3. physica status solidi (RRL) - Rapid Research Letters (2023)

Gayanath W. FernandoDonal SheetsJason HancockArthur ErnstRichard Matthias Geilhufe

correlationcondensed matter physicsmaterials scienceapplied physicssolid mechanicsmagnetismmagnetic materialscorrelation-driven magnetic frustration

Mott Insulating Low Thermal Expansion Perovskite Tif 3. Physical review. B./Physical review. B (2023)

Donal SheetsKaitlin LyszakMenka JainGayanath W. FernandoIlya SochnikovJacob FranklinJason N. HancockR. Matthias Geilhufe

materials sciencethin filmsphysics

Mott Insulating Negative Thermal Expansion Perovskite Tif3. arXiv (Cornell University) (2023)

Sheets, DonalLyszak, KaitlinJain, MenkaFernando, Gayanath W.Sochnikov, IlyaFranklin, JacobGeilhufe, R. MattiasHancock, Jason N.

particle physicsthermal insulationmaterials scienceapplied physics

Broadband Infrared Confocal Imaging for Applications in Additive Manufacturing. Review of Scientific Instruments (2022)

Erin B. CurryKaitlin C. LyszakDonal SheetsLauren M. GormanRainer J. HebertJason N. Hancock

instrument scienceadditive manufacturinginfrared sensorstechnologyconfocal imaginginfrared opticinstrumentation engineeringoptoelectronicsmaterials scienceinstrumentationapplied physics

Piezoelectric Nanofiber Membrane for Reusable, Stable, and Highly Functional Face Mask Filter With Long‐Term Biodegradability. Advanced Functional Materials (2022)

Thinh T. LeEli J. CurryTra VinikoorRitopa DasYang LiuDonal SheetsKhanh T. M. TranChristopher J. HawxhurstJames F. StevensJason N. HancockOsama R. BilalLeslie M. ShorThanh D. Nguyen

materials engineeringmaterials scienceadvanced fiber materialfilter designfunctional materialsadvanced energy materialnanotechnologyadvanced functional materialsadvanced materialsnanofibersnanoengineeringmembrane technologyadvanced manufacturing technologiesfiltrationengineeringbioresource technologytechnologypiezoelectric nanofiber membranematerial innovationlong-term biodegradability

Soliton Generation in Negative Thermal Expansion Materials. Frontiers in Materials (2021)

Erin B. CurryKaitlin LyszakDonal SheetsConnor A. OcchialiniMichael G. RozmanJason N. Hancock

condensed matter physicsmaterials sciencesoliton generationapplied physics

Tunable and Scalable Fabrication of Plasmonic Dimer Arrays With Sub-10 Nm Nanogaps by Area-Selective Atomic Layer Deposition. Journal of Vacuum Science & Technology B Nanotechnology and Microelectronics Materials Processing Measurement and Phenomena (2021)

Chengwu ZhangTuo GaoDonal SheetsJason N. HancockJason TresbackBrian Willis

surface nanotechnologynanomaterialsadditive manufacturingsemiconductor nanostructuresscalable fabricationplasmonic dimer arraysmicroelectronicsnanomanufacturingmaterials scienceapplied physicsmicrofabricationplasmonicsvacuum devicenanoparticle researchsemiconductor device fabricationnanotechnologymechanical engineering

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Jason N. Hancock

Professor and University Teaching Fellow

University of Connecticut

Affiliations

College of Liberal Arts and Sciences

Physics

Jason N. Hancock is currently serving as a College Of Liberal Arts And Sciences Professor and University Teaching Fellow at University of Connecticut.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Jason N. Hancock

University of Connecticut

Professor and University Teaching Fellow

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Brief Review of Electronic and Magnetic Structure of Tif 3. Selected topics in electornics and systems (2024)

Gayanath W. FernandoDonal SheetsJason HancockArthur ErnstR. Matthias Geilhufe

electronic structuremagnetic structurecondensed matter physicsmagnetic fieldsapplied physicsmaterials scienceelectronic materialsmagnetismelectrical engineering

Gas Pore Correlations in Laser Powder Bed Fusion of Al6061. Additive manufacturing (2024)

Kaitlin LyszakErin B. CurryLauren A. GormanDonal SheetsLukas R. LasigRodrigo TuestaSamuel J. ClarkKamel FezzaaSean P. DoneganJason N. Hancock

Correlation Driven Magnetic Frustration and Insulating Behavior of Tif$_3$. arXiv (Cornell University) (2023)

Fernando, Gayanath W.Sheets, DonalHancock, JasonErnst, ArthurGeilhufe, R. Matthias

correlationbehavioral sciencesmaterials sciencemagnetic frustrationmagnetism

Correlation‐Driven Magnetic Frustration and Insulating Behavior of Tif 3. physica status solidi (RRL) - Rapid Research Letters (2023)

Gayanath W. FernandoDonal SheetsJason HancockArthur ErnstRichard Matthias Geilhufe

correlationcondensed matter physicsmaterials scienceapplied physicssolid mechanicsmagnetismmagnetic materialscorrelation-driven magnetic frustration

Mott Insulating Low Thermal Expansion Perovskite Tif 3. Physical review. B./Physical review. B (2023)

Donal SheetsKaitlin LyszakMenka JainGayanath W. FernandoIlya SochnikovJacob FranklinJason N. HancockR. Matthias Geilhufe

materials sciencethin filmsphysics

Mott Insulating Negative Thermal Expansion Perovskite Tif3. arXiv (Cornell University) (2023)

Sheets, DonalLyszak, KaitlinJain, MenkaFernando, Gayanath W.Sochnikov, IlyaFranklin, JacobGeilhufe, R. MattiasHancock, Jason N.

particle physicsthermal insulationmaterials scienceapplied physics

Broadband Infrared Confocal Imaging for Applications in Additive Manufacturing. Review of Scientific Instruments (2022)

Erin B. CurryKaitlin C. LyszakDonal SheetsLauren M. GormanRainer J. HebertJason N. Hancock

instrument scienceadditive manufacturinginfrared sensorstechnologyconfocal imaginginfrared opticinstrumentation engineeringoptoelectronicsmaterials scienceinstrumentationapplied physics

Piezoelectric Nanofiber Membrane for Reusable, Stable, and Highly Functional Face Mask Filter With Long‐Term Biodegradability. Advanced Functional Materials (2022)

Thinh T. LeEli J. CurryTra VinikoorRitopa DasYang LiuDonal SheetsKhanh T. M. TranChristopher J. HawxhurstJames F. StevensJason N. HancockOsama R. BilalLeslie M. ShorThanh D. Nguyen

Soliton Generation in Negative Thermal Expansion Materials. Frontiers in Materials (2021)

Erin B. CurryKaitlin LyszakDonal SheetsConnor A. OcchialiniMichael G. RozmanJason N. Hancock

condensed matter physicsmaterials sciencesoliton generationapplied physics

Chengwu ZhangTuo GaoDonal SheetsJason N. HancockJason TresbackBrian Willis

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Similar Faculty Members

Lance De Long

Institution

University of Kentucky

high temperature superconductors

high-tc superconductivity

Juan Carlos Campuzano

Institution

University of Illinois Chicago

condensed matter physics

critical phenomena

Michael J. Lawler

Institution

Binghamton University

phase transition

nature physic

David G. Stroud

Institution

Ohio State University

josephson junction arrays

superconducting material

John Harter

Institution

University of California, Santa Barbara

applied physics

condensed matter physics

Andrei Lebed

Institution

University of Arizona

organic superconductors

supersymmetry

Dirk Morr

Institution

University of Illinois Chicago

condensed matter physics

magnetism

Dung-Hai Lee

Institution

University of California, Berkeley

quantum materials

applied physics

Benjamin M. Hunt

Institution

Carnegie Mellon University

phase transitions

structural chemistry

Sheng Ran

Institution

Washington University in St. Louis

condensed matter physics

material physic