Faculty

Institution

Unit

Venue

Jonathan Bird

Professor

University at Buffalo

Affiliations

School of Engineering and Applied Sciences

Department of Electrical Engineering

Jonathan Bird is currently serving as an Electrical Engineering Professor at University At Buffalo.

Honors

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Experiences

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Education

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Jonathan Bird

University at Buffalo

Professor

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applied physics materials science condensed matter physics optoelectronics nanotechnology physics electrical engineering electronics electronic materials solid-state electronics particle physics condensed matter semiconductor technology microelectronics semiconductors nanomaterials semiconductor nanostructures semiconductor devices thin films open quantum dots charge transport power electronics magnetoresistance carbon-based materials quantum photonics quantum point contacts microwave technology organic electronics nanometrology phase breaking ballistic quantum dots conductance fluctuations quantum science low-dimensional systems mechanical science nanoscale science material research nanoparticle research ferromagnetism solid-state physics semiconductor device fabrication aluminum gallium nitride quantum transport thermal engineering interface science charge carrier transport nanotribology plasmonics semiconductor materials high magnetic fields printed electronics chaos theory quantum technologies surface nanotechnology cryogenics open quantum-dot arrays wave function surface engineering compound semiconductors terahertz photonics field-effect transistors correlation field analysis scientific computing additive manufacturing epitaxial growth quantum magnetism electronic engineering surface analysis fullerenes weak localization nonlinear conductance advanced functional materials electron transport aharonov-bohm effect discrete level spectrum tribology nano energy functional nanomaterials mesoscopic physics nanoelectronics

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Mefet-Based Cam/Tcam for Memory-Augmented Neural Networks. IEEE Journal on Exploratory Solid-State Computational Devices and Circuits (2024)

Sai SanjeetJonathan BirdBibhu Datta Sahoo

embedded systemscomputer scienceemerging memory technologiesneural engineeringmachine learningcomputer engineeringmemory-augmented neural networkselectrical engineering

Probing Hot-Carrier Dynamics in Photovoltaic Devices. (2024)

Jonathan Bird

photovoltaicssolar physicssolar poweroptical propertieshot-carrier dynamicsphotovoltaic devicessolar cellselectrical engineeringsolar energy conversion

Real‐Time Observation of Slowed Charge Density Wave Dynamics in Thinned 1T‐Tas 2. Advanced Physics Research (2024)

Shenchu YinKeke HeBilal BarutMichael D. RandleRipudaman DixitJubin NathawatDavoud AdinehlooVasili PerebeinosJong E. HanJonathan P. Bird

biophysicsadvanced materialscondensed matter physicsmaterials scienceapplied physicsparticle physicsthin filmsreal-time observation

Terahertz-Frequency Plasmonic-Crystal Instability in Field-Effect Transistors With Asymmetric Gate Arrays. Scientific Reports (2024)

G. R. AizinS. MundaganurA. MundaganurJ. P. Bird

terahertz-frequency plasmonic-crystal instabilitynanoelectronicsoptoelectronicsplasmonicsfield-effect transistorsasymmetric gate arrayselectrical engineering

Unconventional Anomalous Hall Effect Driven by Self‐Intercalation in Covalent 2D Magnet Cr 2 Te 3. Advanced Science (2024)

Keke HeMengying BianSamuel D. SeddonKoushik JagadishAndrea MucchiettoHe RenErik KirsteinReza AsadiJaeil BaiChao YaoSheng PanJie‐Xiang YuPeter MildeChang HuaiHaolei HuiJiadong ZangRenat SabirianovXuemei M. ChengGuoxing MiaoHui XingYu‐Tsun ShaoScott A. CrookerLukas EngYanglong HouJonathan P. BirdHao Zeng

surface sciencequantum magnetismmagnetoresistancespintronicsdisordered quantum systeminterface sciencecondensed matter physicscondensed mattermaterials scienceapplied physicssolid-state physicsphysicsferromagnetismmagnetismquantum materials

Jong E. HanCamille AronXi ChenIshiaka MansarayJae-Ho HanKi-Seok KimMichael RandleJonathan P. Bird

condensed matter physicsmaterials scienceapplied physicsinsulator collapsein-gap ladder states

Emergent Spintronic Devices Integrating 2D Semiconductors With Functional Magnetic Materials. (2023)

Keke HePeter A. DowbenJonathan P. Bird

spintronicsemergent spintronic devicesmaterials sciencefunctional magnetic materialselectrical engineering

High-Efficiency X-Ray Sensing With Recyclable Perovskite–Graphene Heterostructured Transistors. ACS Energy Letters (2023)

Kendon ShirleyHsinhan TsaiNicholas CuccinielloJonathan BirdQuanxi JiaElias TorresPhil ButlerAnthony ButlerJerome CroccoEslam TahaAbdulsalam AlhawsawiJessica GerminoMaoz DorChaochao DunOmer FiratJared ParkerMatt GrahamKostya S. NovoselovWanyi Nie

power electronicsphotovoltaicssemiconductor technologyenergy researchmicroelectronicsenergy harvestingoptoelectronicsmaterials scienceapplied physicselectronic materialssolid-state electronicssemiconductor deviceselectronicshigh-efficiency x-ray sensingelectrical engineeringorganic electronics

Signatures of Hot Carriers and Hot Phonons in the Re-Entrant Metallic and Semiconducting States of Moiré-Gapped Graphene. Nature Communications (2023)

Jubin NathawatIshiaka MansarayKohei SakanashiNaoto WadaMichael D. RandleShenchu YinKeke HeNargess ArabchigavkaniRipudaman DixitBilal BarutMiao ZhaoHarihara RamamoorthyRatchanok SomphonsaneGil-Ho KimKenji WatanabeTakashi TaniguchiNobuyuki AokiJong E. HanJonathan P. Bird

hot phononshot carriersmaterials engineeringre-entrant metallicmaterial chemistrygraphenethermal engineeringoptoelectronicsmaterials scienceelectronic materialsmagnetismadvanced electrode materialmechanical engineeringsemiconductor nanostructurescondensed matter physicsthermal conductivitycarbon-based materialssolid-state electronicsmembrane sciencecharge separationapplied physicsmoire-gapped graphene

Asymmetrically Engineered Nanoscale Transistors for On-Demand Sourcing of Terahertz Plasmons. Nano Letters (2022)

Bilal BarutXavier Cantos-RomanJustin CrabbChun-Pui KwanRipudaman DixitNargess ArabchigavkaniShenchu YinJubin NathawatKeke HeMichael D. RandleFarah VandrevalaTakeyoshi SugayaErik EinarssonJosep M. JornetJonathan P. BirdGregory R. Aizin

nanoelectronicsphotonicsengineeringterahertz plasmonsoptoelectronicsmaterials scienceapplied physicsnanoengineeringplasmonicsnanoscale transistorson-demand sourcingelectronicsterahertz photonicsnanotechnology

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Jonathan Bird

Professor

University at Buffalo

Affiliations

School of Engineering and Applied Sciences

Department of Electrical Engineering

Jonathan Bird is currently serving as an Electrical Engineering 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

Jonathan Bird

University at Buffalo

Professor

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Mefet-Based Cam/Tcam for Memory-Augmented Neural Networks. IEEE Journal on Exploratory Solid-State Computational Devices and Circuits (2024)

Sai SanjeetJonathan BirdBibhu Datta Sahoo

embedded systemscomputer scienceemerging memory technologiesneural engineeringmachine learningcomputer engineeringmemory-augmented neural networkselectrical engineering

Probing Hot-Carrier Dynamics in Photovoltaic Devices. (2024)

Jonathan Bird

photovoltaicssolar physicssolar poweroptical propertieshot-carrier dynamicsphotovoltaic devicessolar cellselectrical engineeringsolar energy conversion

Real‐Time Observation of Slowed Charge Density Wave Dynamics in Thinned 1T‐Tas 2. Advanced Physics Research (2024)

Shenchu YinKeke HeBilal BarutMichael D. RandleRipudaman DixitJubin NathawatDavoud AdinehlooVasili PerebeinosJong E. HanJonathan P. Bird

biophysicsadvanced materialscondensed matter physicsmaterials scienceapplied physicsparticle physicsthin filmsreal-time observation

Terahertz-Frequency Plasmonic-Crystal Instability in Field-Effect Transistors With Asymmetric Gate Arrays. Scientific Reports (2024)

G. R. AizinS. MundaganurA. MundaganurJ. P. Bird

terahertz-frequency plasmonic-crystal instabilitynanoelectronicsoptoelectronicsplasmonicsfield-effect transistorsasymmetric gate arrayselectrical engineering

Unconventional Anomalous Hall Effect Driven by Self‐Intercalation in Covalent 2D Magnet Cr 2 Te 3. Advanced Science (2024)

Jong E. HanCamille AronXi ChenIshiaka MansarayJae-Ho HanKi-Seok KimMichael RandleJonathan P. Bird

condensed matter physicsmaterials scienceapplied physicsinsulator collapsein-gap ladder states

Emergent Spintronic Devices Integrating 2D Semiconductors With Functional Magnetic Materials. (2023)

Keke HePeter A. DowbenJonathan P. Bird

spintronicsemergent spintronic devicesmaterials sciencefunctional magnetic materialselectrical engineering

High-Efficiency X-Ray Sensing With Recyclable Perovskite–Graphene Heterostructured Transistors. ACS Energy Letters (2023)

Signatures of Hot Carriers and Hot Phonons in the Re-Entrant Metallic and Semiconducting States of Moiré-Gapped Graphene. Nature Communications (2023)

Asymmetrically Engineered Nanoscale Transistors for On-Demand Sourcing of Terahertz Plasmons. Nano Letters (2022)

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