Faculty

Institution

Unit

Venue

John Wilkins

Emeritus Professor and Ohio Eminent Scholar

Ohio State University

Affiliations

College of Arts and Sciences

Physics

John Wilkins is currently serving as a College Of Arts And Sciences Emeritus Professor and Ohio Eminent Scholar at Ohio State 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

John Wilkins

Ohio State University

Emeritus Professor and Ohio Eminent Scholar

You can click a keyword to filter the displayed items

materials science condensed matter physics applied physics physics condensed matter particle physics optoelectronics semiconductors surface science solid-state electronics thin films solid-state physics atomic physics metals electronic materials electrical engineering magnetism material research quantum science defect formation quantum chemistry electronics alloy phase intermetallics electronic structure phonons material modeling electron-electron scattering transition metal chemistry ab-initio methods alloy design refractory metals numerical simulations solid-state chemistry charge transport material physics transformation kinetics resonant tunneling high electric fields crystal research crystal engineering atomic spectroscopy interface science electron physic tunneling microscopy terahertz science terahertz technique terahertz photonics semiconductor nanostructures adsorption simple metals transport coefficients high-field transport boltzmann equation quasiparticle calculations point defects x-ray spectroscopy source apportionment aluminum gallium nitride interfacial studies general relativity semiconductor technology surface reactivity chemisorption surface characterization phase equilibrium kondo resonance anderson impurity math xmlns kondo model systematic structure shot noise empirical potential electron diffraction theoretical electrochemistry electron spectroscopy

Notable Scholarly Works

Notable Federal Grants

Collaborators

Force-Matched Empirical Potential for Martensitic Transitions and Plastic Deformation in Ti-Nb Alloys. Physical review. B./Physical review. B (2017)

Robert C. EhemannJohn W. Wilkins

physicsmaterials sciencecomposite sciencemetalshigh-performance metalplastic deformationelectronic materialsstructural mechanicsadvanced materialsapplied physicsti-nb alloysforce-matched empirical potentialmartensitic transitionstribologymechanical sciencemetallurgical interactionmechanics of materialssolid mechanicscondensed matter physicsmaterial modelingalloy design

Ab Initio Based Empirical Potential Applied to Tungsten at High Pressure. Physical review. B./Physical review. B (2017)

Robert C. EhemannJeremy W. NicklasHyoungki ParkJohn W. Wilkins

physicsmaterials sciencethin filmshigh pressurecondensed matter physicsab-initio methodsapplied physicsempirical potential

Comparison of Polynomial Approximations to Speed Up Planewave-Based Quantum Monte Carlo Calculations. Journal of Computational Physics (2015)

William D. ParkerC.J. UmrigarDario AlfèF.R. PetruzieloRichard G. HennigJohn W. Wilkins

computer sciencenumerical analysispolynomial approximations

Final Report for De-Fg02-99er45795. (2015)

John Warren Wilkins

Spin-Polarized Electronic Current Induced by Sublattice Engineering of Graphene Sheets With Boron/Nitrogen. Physical Review B (2013)

Hyoungki ParkAmita WadehraJohn W. WilkinsAntonio H. Castro Neto

materials scienceelectronic materialssublattice engineeringcondensed matter physicsspintronicscondensed mattersolid-state electronicselectronicselectrical engineeringgraphene sheetsapplied physicsgrapheneoptoelectronicsnanoengineeringcarbon-based materials

Accurate Computational Studies of Carbon Doped Two-Dimensional Boron-Nitride. Bulletin of the American Physical Society (2012)

Hyoungki ParkAmita WadehraJohn W. WilkinsAntonio H. Castro Neto

thin filmsmaterials sciencesurface scienceelectronic materialsaccurate computational studiescondensed matter physicsboron nitridetwo-dimensional boron-nitrideapplied physicsgraphenecomputational materials science

Hybrid Density Functional Study of 2D Graphene-Boron Nitride (Bcn) Nanostructures. Bulletin of the American Physical Society (2012)

Amita WadehraHyoungki ParkJohn W. WilkinsAntonio H. Castro Neto

physicsmaterials sciencematerial chemistrysurface scienceelectronic materialsphysical propertiescondensed matter physicscondensed mattergraphene-boron nitridenanomaterialsapplied physicsgraphenenanotechnologymechanical science

Ab Initio Based Empirical Potential Used to Study the Mechanical Properties of Molybdenum. Physical Review B (2012)

Hyoungki ParkMichael R. FellingerThomas J. LenoskyWilliam W. TiptonDallas R. TrinkleSven P. RudinChristopher WoodwardJohn W. WilkinsRichard G. Hennig

materials sciencedislocation interactionquantum chemistryrefractory metalsab-initio methodspoint defectsideal shear strengthmaterial researchcondensed mattersevere plastic deformationapplied physicsmechanical engineeringdeformationdensity functional theorymechanics of materialssolid mechanicsmaterial modelingempirical potentialcomputational materials science

Magnetic States and Optical Properties of Single-Layer Carbon-Doped Hexagonal Boron Nitride. Applied Physics Letters (2012)

Hyoungki ParkAmita WadehraJohn W. WilkinsAntonio H. Castro Neto

physicsmaterials sciencethin filmselectronic materialsoptical propertieshexagonal boron nitridecondensed matter physicsmagnetismmagnetic statesapplied physicsoptoelectronics

Accuracy of Quantum Monte Carlo Methods for Point Defects in Solids. Physica status solidi. B, Basic research (2011)

William D. ParkerJohn W. WilkinsRichard G. Hennig

materials sciencesolid mechanicscondensed matter physicspoint defectsapplied physics

1
2
3
4
5
25
10 / page

John Wilkins

Emeritus Professor and Ohio Eminent Scholar

Ohio State University

Affiliations

College of Arts and Sciences

Physics

John Wilkins is currently serving as a College Of Arts And Sciences Emeritus Professor and Ohio Eminent Scholar at Ohio State 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

John Wilkins

Ohio State University

Emeritus Professor and Ohio Eminent Scholar

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Force-Matched Empirical Potential for Martensitic Transitions and Plastic Deformation in Ti-Nb Alloys. Physical review. B./Physical review. B (2017)

Robert C. EhemannJohn W. Wilkins

Ab Initio Based Empirical Potential Applied to Tungsten at High Pressure. Physical review. B./Physical review. B (2017)

Robert C. EhemannJeremy W. NicklasHyoungki ParkJohn W. Wilkins

physicsmaterials sciencethin filmshigh pressurecondensed matter physicsab-initio methodsapplied physicsempirical potential

Comparison of Polynomial Approximations to Speed Up Planewave-Based Quantum Monte Carlo Calculations. Journal of Computational Physics (2015)

William D. ParkerC.J. UmrigarDario AlfèF.R. PetruzieloRichard G. HennigJohn W. Wilkins

computer sciencenumerical analysispolynomial approximations

Final Report for De-Fg02-99er45795. (2015)

John Warren Wilkins

Spin-Polarized Electronic Current Induced by Sublattice Engineering of Graphene Sheets With Boron/Nitrogen. Physical Review B (2013)

Hyoungki ParkAmita WadehraJohn W. WilkinsAntonio H. Castro Neto

Accurate Computational Studies of Carbon Doped Two-Dimensional Boron-Nitride. Bulletin of the American Physical Society (2012)

Hyoungki ParkAmita WadehraJohn W. WilkinsAntonio H. Castro Neto

Hybrid Density Functional Study of 2D Graphene-Boron Nitride (Bcn) Nanostructures. Bulletin of the American Physical Society (2012)

Amita WadehraHyoungki ParkJohn W. WilkinsAntonio H. Castro Neto

Ab Initio Based Empirical Potential Used to Study the Mechanical Properties of Molybdenum. Physical Review B (2012)

Hyoungki ParkMichael R. FellingerThomas J. LenoskyWilliam W. TiptonDallas R. TrinkleSven P. RudinChristopher WoodwardJohn W. WilkinsRichard G. Hennig

Magnetic States and Optical Properties of Single-Layer Carbon-Doped Hexagonal Boron Nitride. Applied Physics Letters (2012)

Hyoungki ParkAmita WadehraJohn W. WilkinsAntonio H. Castro Neto

physicsmaterials sciencethin filmselectronic materialsoptical propertieshexagonal boron nitridecondensed matter physicsmagnetismmagnetic statesapplied physicsoptoelectronics

Accuracy of Quantum Monte Carlo Methods for Point Defects in Solids. Physica status solidi. B, Basic research (2011)

William D. ParkerJohn W. WilkinsRichard G. Hennig

materials sciencesolid mechanicscondensed matter physicspoint defectsapplied physics

1
2
3
4
5
25
10 / page

Similar Faculty Members

Aldo Romero

Institution

West Virginia University

condensed matter

material simulation

Cai-Zhuang Wang

Institution

Iowa State University

condensed matter

matter physics

S.D. Mahanti

Institution

Michigan State University

quantum materials

magnetism

Sohrab Ismail-Beigi

Institution

Yale University

matter theory

applied physics

Kenneth F. Kelton

Institution

Washington University in St. Louis

crystal growth

materiality

Laurent Bellaiche

Institution

University of Arkansas

computational condensed matter

magnetic compounds

Lilia Woods

Institution

University of South Florida

condensed matter physics

materials theory

Tomas A. Arias

Institution

Cornell University

nano energy

nanomaterials

Richard Hennig

Institution

University of Florida

structure prediction algorithms

mechanical engineering

Kai-Ming Ho

Institution

Iowa State University

condensed matter

matter physics

Similar Faculty Members

Aldo Romero

Institution

West Virginia University

condensed matter

material simulation

Cai-Zhuang Wang

Institution

Iowa State University

condensed matter

matter physics

S.D. Mahanti

Institution

Michigan State University

quantum materials

magnetism

Sohrab Ismail-Beigi

Institution

Yale University

matter theory

applied physics

Kenneth F. Kelton

Institution

Washington University in St. Louis

crystal growth

materiality

Laurent Bellaiche

Institution

University of Arkansas

computational condensed matter

magnetic compounds

Lilia Woods

Institution

University of South Florida

condensed matter physics

materials theory

Tomas A. Arias

Institution

Cornell University

nano energy

nanomaterials

Richard Hennig

Institution

University of Florida

structure prediction algorithms

mechanical engineering

Kai-Ming Ho

Institution

Iowa State University

condensed matter

matter physics