Faculty

Institution

Unit

Venue

Li Shi

Professor

University of Texas at Austin

Affiliations

Cockrell School of Engineering

Walker Department of Mechanical Engineering

Li Shi is currently serving as a Cockrell School Of Engineering Professor at University of Texas At Austin.

Honors

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Experiences

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Education

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Li Shi

University of Texas at Austin

Professor

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materials science applied physics nanotechnology thermal engineering nanomaterials materials engineering condensed matter physics physics mechanical engineering thermal conductivity heat transfer thermal transport nanoengineering electronic materials advanced materials nanometrology thin films solid-state electronics condensed matter material research mechanical science composite science carbon-based materials thermoelectric materials electronics nanobiotechnology phonons organic electronics thermal properties nanoscale science material chemistry semiconductor materials thermoelectric properties semiconductor technology nanoparticle research layered materials semiconductor nanostructures temperature measurement surface nanotechnology thermal analysis micro technology advanced functional materials additive manufacturing hexagonal boron nitride interface science advanced energy material raman spectroscopy pharmaceutical nanotechnology thermal microscopy thermal conduction functional nanomaterials energy engineering instrument science thermophysics thermoelectric transport polymer nanotechnology scanning probe microscopy nanomechanics semiconductor devices experimental thermodynamics cubic boron arsenide structural characterizations nano energy polymer technology solid-state physics phonon transport basal-plane thermal conductivity thermal transport measurements bismuth telluride nanowires nanoscale thermal transport one-dimensional nanostructures high thermal conductivity ultrathin graphite few-layer graphene thermal conductivity suppression phonon backscattering chemical engineering thermodynamics

Notable Scholarly Works

Notable Federal Grants

Collaborators

First-Principles Prediction of Zone-Center Optical Phonon Linewidths and Ir Spectra of Hexagonal Boron Nitride. Applied Physics Letters (2024)

Ziqi GuoPeter SokalskiZherui HanYanhua ChengLi ShiTakashi TaniguchiKenji WatanabeXiulin Ruan

optical propertiesapplied physicshexagonal boron nitridefirst-principles predictionir spectra

Open Problems in Transport Physics of Ultrahigh-Thermal Conductivity Materials. Journal of materials research/Pratt's guide to venture capital sources (2024)

Xun LiLi Shi

thermal conductivityultrahigh-thermal conductivity materialsmaterials sciencetransport physicsmaterial research

Revealing the Eucd 2 as 2 Semiconducting Band Gap via N-Type La-Doping. Chemistry of Materials (2024)

Ryan A. NelsonJesaiah KingShuyu ChengArchibald J. WilliamsChris JozwiakAaron BostwickEli RotenbergSouvik SasmalI-Hsuan KaoAalok TiwariNatalie R. JonesChuting CaiEmma MartinAndrei DolocanLi ShiRoland K. KawakamiJoseph P. HeremansJyoti KatochJoshua E. Goldberger

quantum heterostructuresband gapoptical propertiesmaterial chemistryoptoelectronicsmaterials sciencematerial researchcompound semiconductorssurface sciencesemiconductor nanostructuressolid-state chemistrywide-bandgap semiconductorssurface chemistrysolid-state electronicssemiconductorschemistryn-type la-dopingluminescencecoordination chemistrychemical engineering

Thermal Properties and Lattice Anharmonicity of LI-Ion Conducting Garnet Solid Electrolyte LI 6.5 La 3 Zr 1.5 Ta 0.5 O 12. Journal of Materials Chemistry A (2024)

Yitian WangShuchen LiNan WuQianru JiaThomas HokeLi ShiYutao LiXi Chen

electrochemistrysurface sciencelayered materialselectrode-electrolyte interfaceschemistryadvanced materialsinorganic chemistrymaterial chemistrythermal engineeringmaterials sciencesolid-state batteriesmaterial researchcharge transportlithium-ion batterieslattice anharmonicityelectrochemical engineeringchemical engineering

Collective Energy Transport of Excitons in Two-Dimensional Materials. (2023)

Li Shi

two-dimensional materialscollective energy transportapplied physicsquantum materialsexcitation energy transfer

Differential Multi-Probe Thermal Transport Measurements of Multi-Walled Carbon Nanotubes Grown by Chemical Vapor Deposition. International Journal of Heat and Mass Transfer (2023)

Qianru JiaYuanyuan ZhouXun LiLucas LindsayLi Shi

temperature measurementnanomaterialsmaterials engineeringmaterial chemistrythermal engineeringmaterials sciencenumerical simulationsadvanced energy materialnanotechnologymechanical engineeringmulti-walled carbon nanotubesexperimental thermodynamicsheat transfernanoengineeringthermal conductivitythermal transportthermal analysiscomposite scienceapplied physics

Frequency-Dependent Phonon-Mediated Unidirectional Magnetoresistance in a Metal on an Insulator With Highly Nonequilibrium Magnons. Physical review. B./Physical review. B (2023)

Sean E. SullivanHwijong LeeAnnie WeathersLi Shi

magnetoresistancephononssolid-state electronicsapplied physicsmaterials sciencenonequilibrium magnonsphysicsparticle physicselectronicsmagnetismelectromagnetism

High‐Pressure Synthesis and Thermal Conductivity of Semimetallic θ‐Tantalum Nitride. Advanced Functional Materials (2023)

Hwijong LeeYuanyuan ZhouSungyeb JungHongze LiZhe ChengJiaming HeJie ChenPeter SokalskiAndrei DolocanRaluca Gearba‐DolocanKevin C. MatthewsFeliciano GiustinoJianshi ZhouLi Shi

thermal conductivityengineeringadvanced materialsmaterials engineeringhigh-pressure synthesiscondensed matter physicsmaterials scienceapplied physicsmaterial researchsemimetallic th-tantalum nitridefunctional materials

Prediction of Hot Zone-Center Optical Phonons in Laser-Irradiated Molybdenum Disulfide With a Semiconductor Multitemperature Model. Physical review. B./Physical review. B (2023)

Zherui HanPeter SokalskiLi ShiXiulin Ruan

optical propertiesmaterials engineeringmaterial chemistrymechanical scienceoptoelectronicsmaterials sciencesemiconductor materialsnanotechnologylaser scienceelectronicssemiconductor multitemperature modelsolid-state electronicssemiconductorsphysicssemiconductor technologycomposite sciencesurface modificationsurface reactivitylaser-irradiated molybdenum disulfideapplied physics

Tunable Electron–Flexural Phonon Interaction in Graphene Heterostructures. Nature (2023)

Mir Mohammad SadeghiYajie HuangChao LianFeliciano GiustinoEmanuel TutucAllan H. MacDonaldTakashi TaniguchiKenji WatanabeLi Shi

materials engineeringinterface scienceoptoelectronicsmaterials scienceelectronic materialselectrical engineeringnanotechnologyorganic electronicsadvanced functional materialsnanoelectronicssemiconductor nanostructuresphononsnanoengineeringelectronicstechnologysolid-state electronicsfunctional nanomaterialssemiconductor technologygraphene heterostructures

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Li Shi

Professor

University of Texas at Austin

Affiliations

Cockrell School of Engineering

Walker Department of Mechanical Engineering

Li Shi is currently serving as a Cockrell School Of Engineering Professor at University of Texas At Austin.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Li Shi

University of Texas at Austin

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

First-Principles Prediction of Zone-Center Optical Phonon Linewidths and Ir Spectra of Hexagonal Boron Nitride. Applied Physics Letters (2024)

Ziqi GuoPeter SokalskiZherui HanYanhua ChengLi ShiTakashi TaniguchiKenji WatanabeXiulin Ruan

optical propertiesapplied physicshexagonal boron nitridefirst-principles predictionir spectra

Open Problems in Transport Physics of Ultrahigh-Thermal Conductivity Materials. Journal of materials research/Pratt's guide to venture capital sources (2024)

Xun LiLi Shi

thermal conductivityultrahigh-thermal conductivity materialsmaterials sciencetransport physicsmaterial research

Revealing the Eucd 2 as 2 Semiconducting Band Gap via N-Type La-Doping. Chemistry of Materials (2024)

Thermal Properties and Lattice Anharmonicity of LI-Ion Conducting Garnet Solid Electrolyte LI 6.5 La 3 Zr 1.5 Ta 0.5 O 12. Journal of Materials Chemistry A (2024)

Yitian WangShuchen LiNan WuQianru JiaThomas HokeLi ShiYutao LiXi Chen

Collective Energy Transport of Excitons in Two-Dimensional Materials. (2023)

Li Shi

two-dimensional materialscollective energy transportapplied physicsquantum materialsexcitation energy transfer

Differential Multi-Probe Thermal Transport Measurements of Multi-Walled Carbon Nanotubes Grown by Chemical Vapor Deposition. International Journal of Heat and Mass Transfer (2023)

Qianru JiaYuanyuan ZhouXun LiLucas LindsayLi Shi

Frequency-Dependent Phonon-Mediated Unidirectional Magnetoresistance in a Metal on an Insulator With Highly Nonequilibrium Magnons. Physical review. B./Physical review. B (2023)

Sean E. SullivanHwijong LeeAnnie WeathersLi Shi

magnetoresistancephononssolid-state electronicsapplied physicsmaterials sciencenonequilibrium magnonsphysicsparticle physicselectronicsmagnetismelectromagnetism

High‐Pressure Synthesis and Thermal Conductivity of Semimetallic θ‐Tantalum Nitride. Advanced Functional Materials (2023)

Hwijong LeeYuanyuan ZhouSungyeb JungHongze LiZhe ChengJiaming HeJie ChenPeter SokalskiAndrei DolocanRaluca Gearba‐DolocanKevin C. MatthewsFeliciano GiustinoJianshi ZhouLi Shi

Prediction of Hot Zone-Center Optical Phonons in Laser-Irradiated Molybdenum Disulfide With a Semiconductor Multitemperature Model. Physical review. B./Physical review. B (2023)

Zherui HanPeter SokalskiLi ShiXiulin Ruan

Tunable Electron–Flexural Phonon Interaction in Graphene Heterostructures. Nature (2023)

Mir Mohammad SadeghiYajie HuangChao LianFeliciano GiustinoEmanuel TutucAllan H. MacDonaldTakashi TaniguchiKenji WatanabeLi Shi

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nanotechnology

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Sanjay Banerjee

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Vincent Meunier

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