Faculty

Institution

Unit

Venue

Asghar Kayani

Chair and Professor of Physics Director Particle Accelerator Lab

Western Michigan University

Affiliations

College of Arts and Sciences

Physics

Asghar Kayani is currently serving as a College Of Arts And Sciences Chair and Professor of Physics Director Particle Accelerator Lab at Western Michigan University.

Honors

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Experiences

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Education

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Asghar Kayani

Western Michigan University

Chair and Professor of Physics Director Particle Accelerator Lab

You can click a keyword to filter the displayed items

materials science applied physics physics condensed matter physics thin films materials engineering nanotechnology surface science mechanical engineering coatings advanced materials superconductivity electronic materials material research solid-state electronics condensed matter thermal engineering surface characterization nanoparticle research composite science mechanical science surface engineering surface processing layered materials carbon-based materials charge transport proton irradiation interface science tribology metals surface modification oxidation resistance radiation generation ion emission rapid doubling advanced energy material manufacturing technology steel research transition metal chemistry nanocrystalline materials surface treatments topological insulators optical engineering defect tolerance cryogenics oxide electronics photoluminescence capillarity phenomenon electrochemical interfaces surface analysis semiconductor materials wide-bandgap semiconductors superconducting materials engine research printed electronics advanced electrode material interconnect (integrated circuits) chemical vapor deposition surface electrochemistry electrochemical process metal processing epitaxial growth nanocrystalline yttrium oxide chromium volatility protective pvd coatings robust odd-parity superconductivity pinning landscapes coil wire sofc interconnects nanocomposite functional coatings ferritic stainless steels irradiation-controlled pinning cuprate superconductor critical temperature compound defects vortex pinning surface chemistry interface (matter) interface chemistry surface nanotechnology thin film analysis chemistry nanomaterials surface nanoengineering nano energy

Notable Scholarly Works

Notable Federal Grants

Collaborators

Stoichiometry‐Induced Ferromagnetism in Altermagnetic Candidate Mnte. Advanced Functional Materials (2024)

Michael ChilcoteAlessandro R. MazzaQiangsheng LuIsaiah GrayQi TianQinwen DengDuncan MoseleyAn‐Hsi ChenJason LapanoJason S. GardnerGyula EresT. Zac WardErxi FengHuibo CaoValeria LauterMichael A. McGuireRaphael HermannDavid ParkerMyung‐Geun HanAsghar KayaniGaurab RimalLiang WuTimothy R. CharltonRobert G. MooreMatthew Brahlek

materials sciencemagnetismcondensed matter physicsapplied physicsadvanced materialsstoichiometry-induced ferromagnetismferromagnetismaltermagnetic candidate mnte

Stoichiometry‐Induced Ferromagnetism in Altermagnetic Candidate Mnte (Adv. Funct. Mater. 46/2024). Advanced Functional Materials (2024)

materials sciencefunctional materialsadvanced functional materialsstoichiometry-induced ferromagnetismferromagnetismaltermagnetic candidate mnte

Radiative Double-Electron Capture (Rdec) by Single-Layer Graphene Incident With F 9,8+ Ions*. (2023)

Khushi BhattDavid La MantiaShuvo DuttaTyler UlrichUthpalawanna AbesekeraMerlin HallHansaka WeerarathneJohn TanisAsghar Kayani

materials sciencenanotechnologynanoengineeringchemical engineeringmaterials engineeringgrapheneradiationapplied physicsradiative double-electron capturesingle-layer graphene incidentmaterial chemistryelectronic materials

Attempts to Investigate Rdec for Single-Layer Graphene Impacted by F 9,8+ Ions *. (2022)

Khushi BhattJohn TanisAsghar KayaniDavid La Mantia

materials sciencesingle-layer grapheneatomic physicsgraphenematerial chemistry

Preliminary Results for Observation of Radiative Double-Electron Capture by F9+,8+ on Graphene. Atoms (2022)

D. S. La MantiaA. KayaniK. BhattJ. A. Tanis

materials sciencephysicsatomic physicscondensed matter physicsgrapheneapplied physicsradiative double-electron capturesurface scienceelectronic materials

Synthesis of Solid Mercury Targets for Nuclear Astrophysics Experiments. Nuclear Instruments and Methods in Physics Research Section A Accelerators Spectrometers Detectors and Associated Equipment (2022)

Khushi BhattShivi SaxenaMichael FamianoRamakrishna GudaAsghar KayaniZbigniew Chajecki

nuclear astrophysicsnuclear physicsaccelerator technologyastronomynuclear astrophysics experimentsexperimental synthesissolid mercury targets

Measurement of Capture Reaction Cross-Section of (P, γ), (P, N) and (P, α) Reactions on 196 Hg at Astrophysically Relevant Energies. Bulletin of the American Physical Society (2021)

Khushi BhattMichael FamianoShivi SaxenaRamakrishna GudaAsghar KayaniHayden KarrickMark SiegelShiva AgarwalLuke BesslerTrevor WendtChristopher DesmonClaire GeorgeEric Helgemo

physicsastrophysicsobservational astronomyhigh-energy astrophysicsastronomycapture reaction cross-section

Charge Density Wave and Superconductivity Competition in Lu 5 Ir 4 Si 10: A Proton Irradiation Study. Physical review. B./Physical review. B (2020)

Maxime LerouxVivek MishraChristine OpagistePierre RodièreAsghar KayaniWai-Kwong KwokUlrich Welp

materials sciencephysicsproton irradiation studycondensed matter physicssuperconductivitysuperconductivity competitioncharge density waveapplied physicsparticle physics

Cost Effective Production of Solid Hg Targets Useful for Measuring Nuclear Reaction Cross-Sections.. Bulletin of the American Physical Society (2020)

Khushi BhattShivi SaxenaRamakrishna GudaAsghar KayaniMichael Famiano

materials sciencenuclear physicssolid hg targetsapplied physicscost effective productionnuclear reaction cross-sections

Intensity of a Weak 519-Kev γ Ray Following β Decay of the Superallowed Emitter Ar34 Determined via the S33 ( P,γ ) Cl34 Reaction. Physical Review C (2020)

H. I. ParkJ. C. HardyM. BencomoV. E. IacobI. S. TownerK. T. MaconW. P. TanM. BrodeurA. BoeltzigB. FrentzS. L. HendersonJ. LongS. McGuinnessO. Olivas-GomezP. O'MalleyG. SeymourB. Vande KolkA. Kayani

materials sciencephysicsgeneral relativitynuclear physicsneuroscienceab-initio methodsthin filmsparticle physicsprotein science

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Asghar Kayani

Chair and Professor of Physics Director Particle Accelerator Lab

Western Michigan University

Affiliations

College of Arts and Sciences

Physics

Asghar Kayani is currently serving as a College Of Arts And Sciences Chair and Professor of Physics Director Particle Accelerator Lab at Western Michigan 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

Asghar Kayani

Western Michigan University

Chair and Professor of Physics Director Particle Accelerator Lab

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Stoichiometry‐Induced Ferromagnetism in Altermagnetic Candidate Mnte. Advanced Functional Materials (2024)

materials sciencemagnetismcondensed matter physicsapplied physicsadvanced materialsstoichiometry-induced ferromagnetismferromagnetismaltermagnetic candidate mnte

Stoichiometry‐Induced Ferromagnetism in Altermagnetic Candidate Mnte (Adv. Funct. Mater. 46/2024). Advanced Functional Materials (2024)

materials sciencefunctional materialsadvanced functional materialsstoichiometry-induced ferromagnetismferromagnetismaltermagnetic candidate mnte

Radiative Double-Electron Capture (Rdec) by Single-Layer Graphene Incident With F 9,8+ Ions*. (2023)

Khushi BhattDavid La MantiaShuvo DuttaTyler UlrichUthpalawanna AbesekeraMerlin HallHansaka WeerarathneJohn TanisAsghar Kayani

Attempts to Investigate Rdec for Single-Layer Graphene Impacted by F 9,8+ Ions *. (2022)

Khushi BhattJohn TanisAsghar KayaniDavid La Mantia

materials sciencesingle-layer grapheneatomic physicsgraphenematerial chemistry

Preliminary Results for Observation of Radiative Double-Electron Capture by F9+,8+ on Graphene. Atoms (2022)

D. S. La MantiaA. KayaniK. BhattJ. A. Tanis

materials sciencephysicsatomic physicscondensed matter physicsgrapheneapplied physicsradiative double-electron capturesurface scienceelectronic materials

Khushi BhattShivi SaxenaMichael FamianoRamakrishna GudaAsghar KayaniZbigniew Chajecki

nuclear astrophysicsnuclear physicsaccelerator technologyastronomynuclear astrophysics experimentsexperimental synthesissolid mercury targets

Measurement of Capture Reaction Cross-Section of (P, γ), (P, N) and (P, α) Reactions on 196 Hg at Astrophysically Relevant Energies. Bulletin of the American Physical Society (2021)

Khushi BhattMichael FamianoShivi SaxenaRamakrishna GudaAsghar KayaniHayden KarrickMark SiegelShiva AgarwalLuke BesslerTrevor WendtChristopher DesmonClaire GeorgeEric Helgemo

physicsastrophysicsobservational astronomyhigh-energy astrophysicsastronomycapture reaction cross-section

Charge Density Wave and Superconductivity Competition in Lu 5 Ir 4 Si 10: A Proton Irradiation Study. Physical review. B./Physical review. B (2020)

Maxime LerouxVivek MishraChristine OpagistePierre RodièreAsghar KayaniWai-Kwong KwokUlrich Welp

materials sciencephysicsproton irradiation studycondensed matter physicssuperconductivitysuperconductivity competitioncharge density waveapplied physicsparticle physics

Cost Effective Production of Solid Hg Targets Useful for Measuring Nuclear Reaction Cross-Sections.. Bulletin of the American Physical Society (2020)

Khushi BhattShivi SaxenaRamakrishna GudaAsghar KayaniMichael Famiano

materials sciencenuclear physicssolid hg targetsapplied physicscost effective productionnuclear reaction cross-sections

Intensity of a Weak 519-Kev γ Ray Following β Decay of the Superallowed Emitter Ar34 Determined via the S33 ( P,γ ) Cl34 Reaction. Physical Review C (2020)

H. I. ParkJ. C. HardyM. BencomoV. E. IacobI. S. TownerK. T. MaconW. P. TanM. BrodeurA. BoeltzigB. FrentzS. L. HendersonJ. LongS. McGuinnessO. Olivas-GomezP. O'MalleyG. SeymourB. Vande KolkA. Kayani

materials sciencephysicsgeneral relativitynuclear physicsneuroscienceab-initio methodsthin filmsparticle physicsprotein science

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Similar Faculty Members

Matthias Batzill

Institution

University of South Florida

condensed matter physics

crystal growth

Wei-Kan Chu

Institution

University of Houston

materials science

applied physics

Joshua A. Robinson

Institution

Pennsylvania State University

advanced materials

electronic material

Robert Klie

Institution

University of Illinois Chicago

material properties

molecular crystal

Leonard Brillson

Institution

Ohio State University

dielectric breakdown

semiconductor device

Bilge Yildiz

Institution

Massachusetts Institute of Technology

engineering

ferrimagnetic materials

Ashok Kumar

Institution

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nano energy

nanomaterials

Eicke R. Weber

Institution

University of California, Berkeley

materials science

applied physics

Yongli Gao

Institution

University of Rochester

transient behavior

surface science

Robert Wallace

Institution

University of Texas at Dallas

advanced materials

integrated circuit technology