Faculty

Institution

Unit

Venue

Vladimir Mitin

SUNY Distinguished Professor

University at Buffalo

Affiliations

School of Engineering and Applied Sciences

Department of Electrical Engineering

Vladimir Mitin is currently serving as an Electrical Engineering SUNY Distinguished Professor at University At Buffalo.

Honors

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Experiences

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Education

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Vladimir Mitin

University at Buffalo

SUNY Distinguished Professor

You can click a keyword to filter the displayed items

applied physics materials science optoelectronics electrical engineering condensed matter physics electronics physics solid-state electronics electronic materials semiconductors graphene photonics nanotechnology terahertz science terahertz photonics nanoelectronics terahertz technique condensed matter semiconductor technology particle physics graphene nanoribbons graphene-based nano-antennas semiconductor nanostructures semiconductor devices optical engineering aluminum gallium nitride charge transport nanoscale science infrared optic compound semiconductors laser science carbon phonons thz radiation mechanical science power electronics infrared sensors solid-state physics lightwave technology advanced functional materials plasmonics organic electronics thermal engineering physical acoustics acoustic phonons graphene layers quantum wires material research infrared spectroscopy semiconductor materials infrared photodetectors nanoparticle research optical pumping plasma instabilities charge carrier transport graphene layer built-in charge quantum science graphene quantum dot electron physic light science luminescence plasma oscillations generation-recombination noise many-valley semiconductors plasma physics nanoscale chemistry fragmentation effect coulomb drag terahertz networks nanomechanics low temperatures electron gas graphene structures free-standing quantum well electron-phonon interaction quantum wells photoelectric sensor

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Bias-Tunable Quantum Well Infrared Photodetector. Nanomaterials (2024)

Gyana BiswalMichael YakimovVadim TokranovKimberly SablonSergey TulyakovVladimir MitinSerge Oktyabrsky

quantum devicesphotonicsnanomaterialsinfrared photodetectorinfrared sensorsinfrared opticoptoelectronicsmaterials scienceapplied physicsthermal infrared remote sensingbias-tunable quantumnanotechnology

Dynamic Characteristics of Terahertz Hot-Electron Graphene Fet Bolometers: Effect of Electron Cooling in Channel and at Side Contacts. Journal of Applied Physics (2024)

V. RyzhiiC. TangT. OtsujiM. RyzhiiV. MitinM. S. Shur

nanoelectronicsgraphene nanoribbonsgrapheneterahertz sciencegraphene channelssolid-state electronicssemiconductorsapplied physicselectronic materialsterahertz techniqueelectronicselectrical engineeringelectron coolinggate barrier layers

Phase- and Angle-Sensitive Terahertz Hot-Electron Bolometric Plasmonic Detectors Based on Fets With Graphene Channel and Composite H-Bn/Black-P/H-Bn Gate Layer. International Journal of High Speed Electronics and Systems (2024)

Victor RyzhiiChao TangTaiichi OtsujiMichael S. ShurMaxim RyzhiiVladimir Mitin

nanoelectronicsplasmonsplasmonic resonancesgrapheneterahertz sciencethz radiation angleterahertz techniquesemiconductorsapplied physicselectronic materialsgraphene channelelectronicselectrical engineeringterahertz photonicsgraphene-based nano-antennas

Recent Advances in the Research of Graphene-Based 2D Heterostructures for Fast, Sensitive Terahertz Detections. (2024)

Taiichi OtsujiChao TangKoichi TamuraAkira SatouVladimir MitinMichael ShurVictor Ryzhii

quantum heterostructuresnanoelectronicscarbonsensitive terahertz detectionsgraphene-based 2dgrapheneterahertz scienceoptoelectronicsapplied physicsterahertz techniquerecent advanceselectronicselectrical engineeringterahertz photonicsgraphene-based nano-antennas

Resonant Terahertz Bolometric Detectors Using Plasmonic Response in Graphene-Channel Fets With B-P/H-Bn Gate Barrier Layers. (2024)

Maxim RyzhiiVictor RyzhiiTaiichi OtsujiChao TangVladimir MitinMichael S. Shur

advanced functional materialsnanoelectronicsgraphene-channel fetsgrapheneterahertz scienceterahertz techniquesemiconductorsapplied physicselectronic materialsphysicselectronicselectrical engineeringterahertz photonics

Temperature Dependence of Hot-Electron Graphene Fet Bolometric Detectors Response to Modulated Terahertz Radiation. International Journal of High Speed Electronics and Systems (2024)

Maxim RyzhiiVictor RyzhiiChao TangTaiichi OtsujiVladimir MitinMichael S. Shur

barrier layersgraphene nanoribbonsgrapheneterahertz sciencegraphene channelsterahertz techniquesemiconductorsapplied physicselectronic materialselectronicselectrical engineeringthz radiation

Development of Voltage-Tunable Ir Photodetector. (2023)

Gyana R. BiswalMichael YakimovVadim TokranovKimberly A. SablonSergey TulyakovVladimir MitinSerge Oktyabrsky

power electronicsphotonicsinfrared sensorsvoltage-tunable ir photodetectorphotonic devicesoptoelectronicsphotoelectric measurementelectrical engineering

Effect of Electron Thermal Conductivity on Resonant Plasmonic Detection in Terahertz Hot-Electron Bolometers Based on Metal/Black-Asp/Graphene Fets. Physical Review Applied (2023)

V. RyzhiiC. TangT. OtsujiM. RyzhiiV. MitinM.S. Shur

nanoelectronicsplasmonselectron thermal conductivitygrapheneterahertz sciencecondensed matter physicssolid-state electronicssemiconductorsapplied physicselectronic materialsphysicsterahertz techniquegraphene channelselectronicsspectral characteristicselectrical engineeringterahertz photonics

Hot-Electron Resonant Terahertz Bolometric Detection in the Graphene/Black-Asp Field-Effect Transistors With a Floating Gate. Journal of Applied Physics (2023)

V. RyzhiiC. TangT. OtsujiM. RyzhiiV. MitinM. S. Shur

nanoelectronicsbarrier layerfloating metal gategrapheneterahertz sciencesolid-state electronicssemiconductorsapplied physicselectronic materialsterahertz techniquegraphene channelelectronicselectrical engineeringterahertz photonics

Micromechanical Field-Effect Transistor Terahertz Detectors With Optical Interferometric Readout. AIP Advances (2023)

V. RyzhiiC. TangT. OtsujiM. RyzhiiS. G. KalenkovV. MitinM. S. Shur

optical interferometric readoutphotonicsprecision engineeringoptical propertiesmicroelectronicsterahertz scienceoptoelectronicsapplied physicsinstrumentationterahertz techniquephysicseffective thz detectionelectronicsterahertz photonicsthz radiation

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Vladimir Mitin

SUNY Distinguished Professor

University at Buffalo

Affiliations

School of Engineering and Applied Sciences

Department of Electrical Engineering

Vladimir Mitin is currently serving as an Electrical Engineering SUNY Distinguished Professor at University At Buffalo.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Vladimir Mitin

University at Buffalo

SUNY Distinguished Professor

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Bias-Tunable Quantum Well Infrared Photodetector. Nanomaterials (2024)

Gyana BiswalMichael YakimovVadim TokranovKimberly SablonSergey TulyakovVladimir MitinSerge Oktyabrsky

Dynamic Characteristics of Terahertz Hot-Electron Graphene Fet Bolometers: Effect of Electron Cooling in Channel and at Side Contacts. Journal of Applied Physics (2024)

V. RyzhiiC. TangT. OtsujiM. RyzhiiV. MitinM. S. Shur

Victor RyzhiiChao TangTaiichi OtsujiMichael S. ShurMaxim RyzhiiVladimir Mitin

Recent Advances in the Research of Graphene-Based 2D Heterostructures for Fast, Sensitive Terahertz Detections. (2024)

Taiichi OtsujiChao TangKoichi TamuraAkira SatouVladimir MitinMichael ShurVictor Ryzhii

Resonant Terahertz Bolometric Detectors Using Plasmonic Response in Graphene-Channel Fets With B-P/H-Bn Gate Barrier Layers. (2024)

Maxim RyzhiiVictor RyzhiiTaiichi OtsujiChao TangVladimir MitinMichael S. Shur

Temperature Dependence of Hot-Electron Graphene Fet Bolometric Detectors Response to Modulated Terahertz Radiation. International Journal of High Speed Electronics and Systems (2024)

Maxim RyzhiiVictor RyzhiiChao TangTaiichi OtsujiVladimir MitinMichael S. Shur

barrier layersgraphene nanoribbonsgrapheneterahertz sciencegraphene channelsterahertz techniquesemiconductorsapplied physicselectronic materialselectronicselectrical engineeringthz radiation

Development of Voltage-Tunable Ir Photodetector. (2023)

Gyana R. BiswalMichael YakimovVadim TokranovKimberly A. SablonSergey TulyakovVladimir MitinSerge Oktyabrsky

power electronicsphotonicsinfrared sensorsvoltage-tunable ir photodetectorphotonic devicesoptoelectronicsphotoelectric measurementelectrical engineering

Effect of Electron Thermal Conductivity on Resonant Plasmonic Detection in Terahertz Hot-Electron Bolometers Based on Metal/Black-Asp/Graphene Fets. Physical Review Applied (2023)

V. RyzhiiC. TangT. OtsujiM. RyzhiiV. MitinM.S. Shur

Hot-Electron Resonant Terahertz Bolometric Detection in the Graphene/Black-Asp Field-Effect Transistors With a Floating Gate. Journal of Applied Physics (2023)

V. RyzhiiC. TangT. OtsujiM. RyzhiiV. MitinM. S. Shur

Micromechanical Field-Effect Transistor Terahertz Detectors With Optical Interferometric Readout. AIP Advances (2023)

V. RyzhiiC. TangT. OtsujiM. RyzhiiS. G. KalenkovV. MitinM. S. Shur

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