Faculty

Institution

Unit

Venue

Masahiro Ishigami

Professor

University of Central Florida

Affiliations

College of Sciences

Department of Physics

Masahiro Ishigami is currently serving as a College Of Sciences Professor at University of Central Florida.

Honors

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Experiences

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Education

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Masahiro Ishigami

University of Central Florida

Professor

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materials science applied physics graphene nanotechnology condensed matter physics physics thin films electronic materials surface science condensed matter nanomaterials optoelectronics nanoengineering electrical engineering solid-state electronics electronics material chemistry semiconductor nanostructures metals nanoparticle research solid-state physics organic electronics optical engineering mechanical science raman spectroscopy surface nanotechnology material research carbon-based materials advanced functional materials nanometrology charge transport nanoscale science boron nitride solid-state chemistry electron microscopy plasmonics nanotribology semiconductor devices cryogenics dominant scatterer interface science additive manufacturing graphene nanoribbons nanobiotechnology semiconductor technology light scattering spectroscopy surface-enhanced raman scattering surface functionalization photoluminescence boron nitride nanotubes surface plasmon polaritons manufacturing technology advanced manufacturing technologies carbon graphene nanomeshes graphene quantum dot intrinsic impurity printed electronics primary production nanorobotics carbonization continual improvement process biomaterials design extrinsic performance limits graphene devices moire superlattices charged-impurity scattering atomic structure continuous production simple method preparation conditions diffusive charge transport nanoscale materials ir permittivities thin interface graphene sheets tunneling microscopy tribology transport measurements friction

Notable Scholarly Works

Notable Federal Grants

Collaborators

Annotation Labeling Technique for Machine Learning-Enhanced Optical Characterization of Hexagonal Boron Nitride Thickness on 300-Nm Oxide Substrate. MRS Advances (2024)

Kirsten LinaMichael S. LodgeJavier A. GonzálezKenji WatanabeTakashi TaniguchiRobert PealeMasahiro Ishigami

materials scienceadvanced materialshexagonal boron nitrideannotation labeling technique

Detecting Atomic-Scale Surface Defects in Stm of Tmds With Ensemble Deep Learning. MRS Advances (2024)

Darian SmalleyStephanie D. LoughLuke HoltzmanKaikui XuMadisen HolbrookMatthew R. RosenbergerJ. C. HoneKatayun BarmakMasahiro Ishigami

materials sciencesurface scienceatomic-scale surface defectsdeep learningensemble deep learningsurface characterizationsurface analysis

Determining the Density and Spatial Descriptors of Atomic Scale Defects of 2H–Wse2 With Ensemble Deep Learning. APL Machine Learning (2024)

Darian SmalleyStephanie D. LoughLuke N. HoltzmanMadisen HolbrookJames C. HoneKatayun BarmakMasahiro Ishigami

atomic scale defectsalgorithmic learningensemble deep learningmachine learningspatial descriptors

Effect of Thermal Annealing on Photoluminescence in Single Layer Mos2 on Au. MRS Advances (2024)

Stephanie D. LoughMasahiro IshigamiRahul Rao

thin filmsmaterials scienceoptical propertiesmolecular beam epitaxyoptical materialsadvanced materialssemiconductorsluminescencephotoluminescence

Optimization of Sb2Te3 and Bi2Te3 Thermoelectric Films for Infrared Detection and Energy Harvesting. MRS Advances (2024)

Rumana ZahirF. Javier GonzalezDarian SmalleyAkash Hari BharathEdgar NinoKalpathy SundaramMasahiro IshigamiRobert E. Peale

thin filmsmaterials scienceinfrared detectionenergy harvestingadvanced materialsthermoelectric materials

Role of Strain on Ferroelectricity in Ultrathin Cuinp 2 S 6. Chemistry of Materials (2024)

Ryan SelhorstStephanie LoughJie JiangBenjamin S. ConnerJonathan T. GoldsteinAndrea N. GiordanoEmmanuel RoweMasahiro IshigamiRuth PachterMichael A. SusnerRahul Rao

functional materialsmaterials sciencematerial propertiesmaterial chemistrysurface sciencematerial researchferroelectric applicationadvanced materialschemistryfibers

Antenna-Coupled Graphene Josephson-Junction Terahertz Detector. MRS Advances (2023)

F. Javier GonzalezMichael S. LodgeMasahiro IshigamiRichard A. KlemmAmi RathodKirsten L. LinaAnna C. BowmanFrancisco HernandezChris J. FredricksenColeman CarikerR. E. Peale

materials scienceterahertz techniqueterahertz photonicsadvanced materialsgrapheneterahertz science

Antenna-Coupled Graphene Josephson-Junction Thz/MM-Wave Detector. (2023)

Robert E. PealeMichael S. LodgeAmi RathodKirsten LinaAnna BowmanRichard A. KlemmMasahiro IshigamiColeman J. CarikerChristopher J. FredricksenFrancisco Javier González Contreras

grapheneantennaselectrical engineeringterahertz science

Autonomous Hyperspectral Scanning Tunneling Spectroscopy. Chapman and Hall/CRC eBooks (2023)

Antonio RossiDarian SmalleyMasahiro IshigamiEli RotenbergAlexander Weber-BargioniJohn C. Thomas

spectroscopytunneling microscopyhyperspectral imaging

Electronic Structure in a Transition Metal Dipnictide Taas 2. Journal of Physics Condensed Matter (2023)

Sabin RegmiCheng-Yi HuangMojammel A KhanBaokai WangAnup Pradhan SakhyaM Mofazzel HosenJesse ThompsonBahadur SinghJonathan D DenlingerMasahiro IshigamiJ F MitchellDariusz KaczorowskiArun BansilMadhab Neupane

physicsmaterials sciencethin filmselectronic materialscondensed matter physicscondensed mattersolid-state electronicsapplied physicselectronic structure

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Masahiro Ishigami

Professor

University of Central Florida

Affiliations

College of Sciences

Department of Physics

Masahiro Ishigami is currently serving as a College Of Sciences Professor at University of Central Florida.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Masahiro Ishigami

University of Central Florida

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Annotation Labeling Technique for Machine Learning-Enhanced Optical Characterization of Hexagonal Boron Nitride Thickness on 300-Nm Oxide Substrate. MRS Advances (2024)

Kirsten LinaMichael S. LodgeJavier A. GonzálezKenji WatanabeTakashi TaniguchiRobert PealeMasahiro Ishigami

materials scienceadvanced materialshexagonal boron nitrideannotation labeling technique

Detecting Atomic-Scale Surface Defects in Stm of Tmds With Ensemble Deep Learning. MRS Advances (2024)

Darian SmalleyStephanie D. LoughLuke HoltzmanKaikui XuMadisen HolbrookMatthew R. RosenbergerJ. C. HoneKatayun BarmakMasahiro Ishigami

materials sciencesurface scienceatomic-scale surface defectsdeep learningensemble deep learningsurface characterizationsurface analysis

Determining the Density and Spatial Descriptors of Atomic Scale Defects of 2H–Wse2 With Ensemble Deep Learning. APL Machine Learning (2024)

Darian SmalleyStephanie D. LoughLuke N. HoltzmanMadisen HolbrookJames C. HoneKatayun BarmakMasahiro Ishigami

atomic scale defectsalgorithmic learningensemble deep learningmachine learningspatial descriptors

Effect of Thermal Annealing on Photoluminescence in Single Layer Mos2 on Au. MRS Advances (2024)

Stephanie D. LoughMasahiro IshigamiRahul Rao

thin filmsmaterials scienceoptical propertiesmolecular beam epitaxyoptical materialsadvanced materialssemiconductorsluminescencephotoluminescence

Optimization of Sb2Te3 and Bi2Te3 Thermoelectric Films for Infrared Detection and Energy Harvesting. MRS Advances (2024)

Rumana ZahirF. Javier GonzalezDarian SmalleyAkash Hari BharathEdgar NinoKalpathy SundaramMasahiro IshigamiRobert E. Peale

thin filmsmaterials scienceinfrared detectionenergy harvestingadvanced materialsthermoelectric materials

Role of Strain on Ferroelectricity in Ultrathin Cuinp 2 S 6. Chemistry of Materials (2024)

Ryan SelhorstStephanie LoughJie JiangBenjamin S. ConnerJonathan T. GoldsteinAndrea N. GiordanoEmmanuel RoweMasahiro IshigamiRuth PachterMichael A. SusnerRahul Rao

functional materialsmaterials sciencematerial propertiesmaterial chemistrysurface sciencematerial researchferroelectric applicationadvanced materialschemistryfibers

Antenna-Coupled Graphene Josephson-Junction Terahertz Detector. MRS Advances (2023)

F. Javier GonzalezMichael S. LodgeMasahiro IshigamiRichard A. KlemmAmi RathodKirsten L. LinaAnna C. BowmanFrancisco HernandezChris J. FredricksenColeman CarikerR. E. Peale

materials scienceterahertz techniqueterahertz photonicsadvanced materialsgrapheneterahertz science

Antenna-Coupled Graphene Josephson-Junction Thz/MM-Wave Detector. (2023)

Robert E. PealeMichael S. LodgeAmi RathodKirsten LinaAnna BowmanRichard A. KlemmMasahiro IshigamiColeman J. CarikerChristopher J. FredricksenFrancisco Javier González Contreras

grapheneantennaselectrical engineeringterahertz science

Autonomous Hyperspectral Scanning Tunneling Spectroscopy. Chapman and Hall/CRC eBooks (2023)

Antonio RossiDarian SmalleyMasahiro IshigamiEli RotenbergAlexander Weber-BargioniJohn C. Thomas

spectroscopytunneling microscopyhyperspectral imaging

Electronic Structure in a Transition Metal Dipnictide Taas 2. Journal of Physics Condensed Matter (2023)

physicsmaterials sciencethin filmselectronic materialscondensed matter physicscondensed mattersolid-state electronicsapplied physicselectronic structure

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Similar Faculty Members

Roland Kawakami

Institution

Ohio State University

magnetism

graphene

Zhiqiang Mao

Institution

Pennsylvania State University

nature physic

quantum materials

Joshua A. Robinson

Institution

Pennsylvania State University

advanced materials

electronic material

Judy Z. Wu

Institution

University of Kansas

nanowire

nanonetwork

James H. Edgar

Institution

Kansas State University

semiconductor device

electronic material

Mohit Randeria

Institution

Ohio State University

high-tc superconductivity

nature physic

Michael Crommie

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University of California, Berkeley

materials science

applied physics

Joshua Caldwell

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Vanderbilt University

nanoparticle research

raman spectroscopy

Feng Wang

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University of California, Berkeley

materials science

applied physics

Vincent Meunier

Institution

Pennsylvania State University

applied mechanics

quantum chemistry