Faculty

Institution

Unit

Venue

Paul Thibado

Professor

University of Arkansas

Affiliations

J. William Fulbright College of Arts and Sciences

Physics

Paul Thibado 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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Paul Thibado

University of Arkansas

Professor

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materials science applied physics surface science electronic materials graphene condensed matter physics thin films nanotechnology optoelectronics solid-state electronics physics microelectronics electronics semiconductors condensed matter technology vacuum device semiconductor technology mechanical science semiconductor nanostructures molecular beam epitaxy semiconductor devices metals membrane science thermal engineering semiconductor materials nanomechanics crystal growth epitaxial growth nanoparticle research aluminum gallium nitride organic electronics surface nanotechnology compound semiconductors membrane technology carbon-based materials surface analysis microwave technology tribology additive manufacturing interface science semiconductor device fabrication optical engineering surface reconstruction instrument science nanometrology defect formation electron diffraction molecular beam epitaxy-scanning substrate temperature ga diffusion interfacial disorder grain boundaries atomic structure spin-injection probability material research marine chemistry teacher enhancement chemical oceanography laser photochemistry laser science phosphorescence wetting optical metrology surface characterization membrane transport membrane process substrate surface reconstruction gallium arsenide arsenic-rich gaas surface structure metallic iii-v electron counting model anomalous dynamical behavior student-instructor interaction frequency thermal mirror buckling spin-dependent tunneling transport properties

Notable Scholarly Works

Notable Federal Grants

Collaborators

Array of Graphene Solar Cells on 100 MM Silicon Wafers for Power Systems. Energies (2024)

Syed M. RahmanMd R. KabirTamzeed B. AminJames M. MangumNone AshaduzzamanPaul M. Thibado

technologymaterials sciencesolar powersolar cellssolar energy conversionadvanced energy materialphotovoltaicsmm silicon wafersenergy researchenergy conversionenergy consumptiongraphene solar cellselectrical engineeringpower electronicspower systemsgraphenephotovoltaic systemsnano energy

Charging Capacitors From Thermal Fluctuations Using Diodes. Physical review. E (2023)

P. M. ThibadoJ. C. NeuPradeep KumarSurendra SinghL. L. Bonilla

physicsparticle physicsthermal fluctuations

Freestanding Graphene Heat Engine Analyzed Using Stochastic Thermodynamics. AIP Advances (2023)

J. DurbinJ. M. MangumM. N. GikundaF. HarerimanaT. AminP. KumarL. L. BonillaP. M. Thibado

materials sciencestochastic thermodynamicsthermal engineeringadvanced manufacturing technologiesadvanced materialsapplied physicsgrapheneengineeringheat transfer

(Invited) Harvesting Energy From Freestanding Graphene Thermal Fluctuations. Meeting abstracts/Meeting abstracts (Electrochemical Society. CD-ROM) (2023)

Paul M ThibadoPradeep KumarS SinghJ NeuL Bonilla

materials sciencethermal energyelectronic materialselectrochemical engineeringthermal engineeringenergy harvestingcondensed matter physicscondensed mattergraphene thermal fluctuationselectrical engineeringapplied physicsgrapheneelectrochemistry

Array of Graphene Variable Capacitors on 100 MM Silicon Wafers for Vibration-Based Applications. Membranes (2022)

Millicent N. GikundaFerdinand HarerimanaJames M. MangumSumaya RahmanJoshua P. ThompsonCharles Thomas HarrisHugh O. H. ChurchillPaul M. Thibado

semiconductor nanostructuresmaterials sciencesemiconductor device fabricationmembrane sciencethermal conductivityoptoelectronicscomposite sciencemembrane technologyelectronic materialsmaterials engineeringsolid-state electronicssemiconductorsmicroelectronicsapplied physicsgraphene variable capacitorsvibration-based applicationsmicrowave technologysurface sciencelayered materialselectrical engineering

Mechanisms of Spontaneous Curvature Inversion in Compressed Graphene Ripples for Energy Harvesting Applications via Molecular Dynamics Simulations. Membranes (2021)

James M. MangumFerdinand HarerimanaMillicent N. GikundaPaul M. Thibado

materials sciencemolecular dynamics simulationsenergy harvesting applicationsmembrane sciencemembrane technologyelectronic materialsmembrane transportmembrane processmaterials engineeringapplied physicsnanotechnologymechanical engineeringcompressed graphene ripplesnanomechanicsmechanical sciencespontaneous curvature inversionenergy harvestingnanomaterialsgraphene

Efficient Circuit Design for Low Power Energy Harvesting. AIP Advances (2020)

F. HarerimanaH. PengM. OtoboF. LuoM. N. GikundaJ. M. MangumV. P. LaBellaP. M. Thibado

efficient circuit designcircuit designenergy harvestingpower electronicselectrical engineeringengineering

Fluctuation-Induced Current From Freestanding Graphene. Physical review. E (2020)

P. M. ThibadoP. KumarSurendra SinghM. Ruiz-GarciaA. LasantaL. L. Bonilla

physicsmaterials sciencetechnologyorganic electronicselectronic materialsnanoelectronicselectronicsflexible electronicsnanomaterialsgraphenenanotechnology

Exact Traveling and Non-Traveling Wave Solutions of the Time Fractional Reaction–Diffusion Equation. Physica A Statistical Mechanics and its Applications (2019)

Bailin ZhengYue KaiWenlong XuNan YangKai ZhangP.M. Thibado

physicsbiophysicsnon-traveling wave solutionscondensed matter physics

Origin of Non‐Gaussian Velocity Distribution Found in Freestanding Graphene Membranes. Complexity (2019)

Yue KaiWenlong XuBailin ZhengNan YangKai ZhangP. M. Thibado

membrane technologymaterials sciencetechnologynon-gaussian velocity distributionmembrane scienceapplied mathematicsgraphenetechnology complexity

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Paul Thibado

Professor

University of Arkansas

Affiliations

J. William Fulbright College of Arts and Sciences

Physics

Paul Thibado 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

Paul Thibado

University of Arkansas

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Array of Graphene Solar Cells on 100 MM Silicon Wafers for Power Systems. Energies (2024)

Syed M. RahmanMd R. KabirTamzeed B. AminJames M. MangumNone AshaduzzamanPaul M. Thibado

Charging Capacitors From Thermal Fluctuations Using Diodes. Physical review. E (2023)

P. M. ThibadoJ. C. NeuPradeep KumarSurendra SinghL. L. Bonilla

physicsparticle physicsthermal fluctuations

Freestanding Graphene Heat Engine Analyzed Using Stochastic Thermodynamics. AIP Advances (2023)

J. DurbinJ. M. MangumM. N. GikundaF. HarerimanaT. AminP. KumarL. L. BonillaP. M. Thibado

materials sciencestochastic thermodynamicsthermal engineeringadvanced manufacturing technologiesadvanced materialsapplied physicsgrapheneengineeringheat transfer

(Invited) Harvesting Energy From Freestanding Graphene Thermal Fluctuations. Meeting abstracts/Meeting abstracts (Electrochemical Society. CD-ROM) (2023)

Paul M ThibadoPradeep KumarS SinghJ NeuL Bonilla

Array of Graphene Variable Capacitors on 100 MM Silicon Wafers for Vibration-Based Applications. Membranes (2022)

Millicent N. GikundaFerdinand HarerimanaJames M. MangumSumaya RahmanJoshua P. ThompsonCharles Thomas HarrisHugh O. H. ChurchillPaul M. Thibado

Mechanisms of Spontaneous Curvature Inversion in Compressed Graphene Ripples for Energy Harvesting Applications via Molecular Dynamics Simulations. Membranes (2021)

James M. MangumFerdinand HarerimanaMillicent N. GikundaPaul M. Thibado

Efficient Circuit Design for Low Power Energy Harvesting. AIP Advances (2020)

F. HarerimanaH. PengM. OtoboF. LuoM. N. GikundaJ. M. MangumV. P. LaBellaP. M. Thibado

efficient circuit designcircuit designenergy harvestingpower electronicselectrical engineeringengineering

Fluctuation-Induced Current From Freestanding Graphene. Physical review. E (2020)

P. M. ThibadoP. KumarSurendra SinghM. Ruiz-GarciaA. LasantaL. L. Bonilla

physicsmaterials sciencetechnologyorganic electronicselectronic materialsnanoelectronicselectronicsflexible electronicsnanomaterialsgraphenenanotechnology

Exact Traveling and Non-Traveling Wave Solutions of the Time Fractional Reaction–Diffusion Equation. Physica A Statistical Mechanics and its Applications (2019)

Bailin ZhengYue KaiWenlong XuNan YangKai ZhangP.M. Thibado

physicsbiophysicsnon-traveling wave solutionscondensed matter physics

Origin of Non‐Gaussian Velocity Distribution Found in Freestanding Graphene Membranes. Complexity (2019)

Yue KaiWenlong XuBailin ZhengNan YangKai ZhangP. M. Thibado

membrane technologymaterials sciencetechnologynon-gaussian velocity distributionmembrane scienceapplied mathematicsgraphenetechnology complexity

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Similar Faculty Members

Roland Kawakami

Institution

Ohio State University

magnetism

graphene

Wei-Kan Chu

Institution

University of Houston

materials science

applied physics

Judy Z. Wu

Institution

University of Kansas

nanowire

nanonetwork

Joshua A. Robinson

Institution

Pennsylvania State University

advanced materials

electronic material

James M. LeBeau

Institution

Massachusetts Institute of Technology

materials science

applied physics

Brent Gila

Institution

University of Florida

dielectric growth

electronic material

Kevin Jones

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lithium-ion batteries

energy storage material

Lourdes G. Salamanca-Riba

Institution

University of Maryland, College Park

materials science

applied physics

Mohit Randeria

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Ohio State University

high-tc superconductivity

nature physic

Mark Goorsky

Institution

University of California, Los Angeles

porous semiconductors

applied physics