Faculty

Institution

Unit

Venue

Mark A. Reed

Professor of Electrical Engineering & Applied Physics

Yale University

Affiliations

Electrical Engineering

Engineering & Applied Science

Mark A. Reed is currently serving as an Electrical Engineering Professor of Electrical Engineering & Applied Physics at Yale University.

Honors

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Experiences

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Education

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Mark A. Reed

Yale University

Professor of Electrical Engineering & Applied Physics

You can click a keyword to filter the displayed items

materials science nanotechnology applied physics optoelectronics electronics electrical engineering nanomaterials condensed matter physics microelectronics solid-state electronics physics semiconductors electronic materials semiconductor technology nanoengineering semiconductor nanostructures nanobiotechnology semiconductor devices bioelectronics organic electronics condensed matter nanometrology quantum technologies nanoscale science aluminum gallium nitride semiconductor device fabrication material research additive manufacturing vacuum device printed electronics bioinstrumentation power electronics mechanical science sensor technology compound semiconductors resonant tunneling quantum science interface science surface nanotechnology nanosensors acoustical engineering electronic transport nanoparticle research vlsi technology sensor design electronic memory optical engineering quantum devices metal nanoparticles nanofluidics applied chemistry silicon nanowire biofets protein science thermal engineering metals metallic nanomaterials epitaxial growth electromigration technique nanostructure synthesis self-assembled monolayers field-effect transistors molecular junctions electronic properties molecular scale electronics lightwave technology multilayer heterostructures nanomechanics polymer nanotechnology alkanedithiol self-assembled monolayer single-digit nanopores silicon nanowire biosensors molecular wires electrical characterization uric acid inn nanowires ion transport

Notable Scholarly Works

Notable Federal Grants

Collaborators

Overview and Background. Productivity Press eBooks (2024)

Behnam BakhshandehWilliam J. RothwellAileen G. Zaballero

Fluids and Electrolytes Under Confinement in Single-Digit Nanopores. Chemical Reviews (2023)

Narayana R. AluruFikret AydinMartin Z. BazantDaniel BlankschteinAlexandra H. BrozenaJ. Pedro de SouzaMenachem ElimelechSamuel FaucherJohn T. FourkasVolodymyr B. KomanMatthias KuehneHeather J. KulikHao-Kun LiYuhao LiZhongwu LiArun MajumdarJoel MartisRahul Prasanna MisraAleksandr NoyTuan Anh PhamHaoran QuArchith RayabharamMark A. ReedCody L. RittEric SchweglerZuzanna SiwyMichael S. StranoYuHuang WangYun-Chiao YaoCheng ZhanZe Zhang

materials sciencenanotechnologychemical engineeringsingle-digit nanoporeschemistry

System and Method for Trapping and Measuring a Charged Particle in a Liquid. OSTI OAI (U.S. Department of Energy Office of Scientific and Technical Information) (2023)

Reed, Mark AKrstic, Predrag SGuan, WeihuaZhao, Xiongce

particle technologyinstrumentationparticle methodsdetector physicsystems engineeringexperimental physicsapplied physicsparticle physicssystem measurement

A Fast and Label-Free Potentiometric Method for Direct Detection of Glutamine With Silicon Nanowire Biosensors. Biosensors (2022)

Yonghao JiaJianyu WangShari YosinskiYuehang XuMark A. Reed

bioinstrumentationdirect detectionsilicon nanowire biosensorslabel-free potentiometric methodbiosensorsbiomolecular engineeringdirect observationbiomedical engineeringbiological engineering

Contributors. Elsevier eBooks (2022)

Ron AltermanJeffrey E. ArleKerry BradleySergio CanaveroSteven M. FalowskiChad W. FarleyYakov GologorskyJianwen Wendy GuH. Louis JournéeJohn KastOlga KhazenJoachim K. KraussVignessh KumarMark LentRobert M. LevyAndres M. LozanoCharles MackelGeorge T. MandyburBryan L. McLaughlinDaniel R. MerrillAlon Y. MogilnerGabi MolnarGuillermo A. MonsalveRichard B. NorthYunseo Linda ParkJohn ParkerShrey PatelJulie G. PilitsisFrancisco A. PonceJason E. PopeAdolfo Ramirez-ZamoraLouis J. RasoJoshua M. RosenowJay L. ShilsPeter SingleKonstantin V. SlavinMichael D. StaudtMark M. SteckerHuy Q. Truong

Diamond Nanowire Transistor With High Current Capability. physica status solidi (a) (2022)

Alexander C. Pakpour-TabriziShari YosinskiRalph Jennings-MoorsZachary A. KobosSonya D. SawtelleMark A. ReedRichard B. Jackman

semiconductor technologymaterials sciencenanotechnologynanoelectronicselectronicscondensed matter physicsoptoelectronicsnanomaterialshigh current capabilitysemiconductor devicesmaterial researchsemiconductor nanostructuresapplied physicssolid-state electronicselectrical engineeringdiamond nanowire transistor

Rapid Screen for Antiviral T‐Cell Immunity With Nanowire Electrochemical Biosensors. Advanced Materials (2022)

Mohsen NamiPatrick HanDouglas HanlonKazuki TatsunoBrian WeiOlga SobolevMary PitruzzelloAaron VassallShari YosinskiRichard EdelsonMark Reed

pharmaceutical nanotechnologypharmacologynanotechnologynanomedicinenanobiotechnologyantiviral t-cell immunitynanowire electrochemical biosensorsbiosensorsrapid screenadvanced materialsimmunologybiomedical engineeringnanowires

Rapid Screen for Antiviral T‐Cell Immunity With Nanowire Electrochemical Biosensors (Adv. Mater. 29/2022). Advanced Materials (2022)

Mohsen NamiPatrick HanDouglas HanlonKazuki TatsunoBrian WeiOlga SobolevMary PitruzzelloAaron VassallShari YosinskiRichard EdelsonMark Reed

materials sciencenanotechnologyvirologyantiviral t-cell immunitynanowire electrochemical biosensorsbiosensorsrapid screenadvanced materialsimmunologynanowires

Thermodynamics of Charge Regulation During Ion Transport Through Silica Nanochannels. ACS Nano (2022)

Cody L. RittJ. Pedro de SouzaMichelle G. BarsukovShari YosinskiMartin Z. BazantMark A. ReedMenachem Elimelech

materials sciencenanotechnologyion transportbiophysicsnanomaterialscharge regulationsilica nanochannelsthermodynamics

A Microfluidic Chip With a Serpentine Channel Enabling High-Throughput Cell Separation Using Surface Acoustic Waves. Lab on a Chip (2021)

Shupeng NingShuchang LiuYunjie XiaoGuanyu ZhangWeiwei CuiMark Reed

serpentine channelhigh-throughput cell separationmicrofluidic chipmicrofluidicsbiomedical engineeringsurface acoustic waves

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Mark A. Reed

Professor of Electrical Engineering & Applied Physics

Yale University

Affiliations

Electrical Engineering

Engineering & Applied Science

Mark A. Reed is currently serving as an Electrical Engineering Professor of Electrical Engineering & Applied Physics at Yale 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

Mark A. Reed

Yale University

Professor of Electrical Engineering & Applied Physics

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Overview and Background. Productivity Press eBooks (2024)

Behnam BakhshandehWilliam J. RothwellAileen G. Zaballero

Fluids and Electrolytes Under Confinement in Single-Digit Nanopores. Chemical Reviews (2023)

materials sciencenanotechnologychemical engineeringsingle-digit nanoporeschemistry

System and Method for Trapping and Measuring a Charged Particle in a Liquid. OSTI OAI (U.S. Department of Energy Office of Scientific and Technical Information) (2023)

Reed, Mark AKrstic, Predrag SGuan, WeihuaZhao, Xiongce

particle technologyinstrumentationparticle methodsdetector physicsystems engineeringexperimental physicsapplied physicsparticle physicssystem measurement

A Fast and Label-Free Potentiometric Method for Direct Detection of Glutamine With Silicon Nanowire Biosensors. Biosensors (2022)

Yonghao JiaJianyu WangShari YosinskiYuehang XuMark A. Reed

bioinstrumentationdirect detectionsilicon nanowire biosensorslabel-free potentiometric methodbiosensorsbiomolecular engineeringdirect observationbiomedical engineeringbiological engineering

Contributors. Elsevier eBooks (2022)

Diamond Nanowire Transistor With High Current Capability. physica status solidi (a) (2022)

Alexander C. Pakpour-TabriziShari YosinskiRalph Jennings-MoorsZachary A. KobosSonya D. SawtelleMark A. ReedRichard B. Jackman

Rapid Screen for Antiviral T‐Cell Immunity With Nanowire Electrochemical Biosensors. Advanced Materials (2022)

Mohsen NamiPatrick HanDouglas HanlonKazuki TatsunoBrian WeiOlga SobolevMary PitruzzelloAaron VassallShari YosinskiRichard EdelsonMark Reed

Rapid Screen for Antiviral T‐Cell Immunity With Nanowire Electrochemical Biosensors (Adv. Mater. 29/2022). Advanced Materials (2022)

Mohsen NamiPatrick HanDouglas HanlonKazuki TatsunoBrian WeiOlga SobolevMary PitruzzelloAaron VassallShari YosinskiRichard EdelsonMark Reed

materials sciencenanotechnologyvirologyantiviral t-cell immunitynanowire electrochemical biosensorsbiosensorsrapid screenadvanced materialsimmunologynanowires

Thermodynamics of Charge Regulation During Ion Transport Through Silica Nanochannels. ACS Nano (2022)

Cody L. RittJ. Pedro de SouzaMichelle G. BarsukovShari YosinskiMartin Z. BazantMark A. ReedMenachem Elimelech

materials sciencenanotechnologyion transportbiophysicsnanomaterialscharge regulationsilica nanochannelsthermodynamics

A Microfluidic Chip With a Serpentine Channel Enabling High-Throughput Cell Separation Using Surface Acoustic Waves. Lab on a Chip (2021)

Shupeng NingShuchang LiuYunjie XiaoGuanyu ZhangWeiwei CuiMark Reed

serpentine channelhigh-throughput cell separationmicrofluidic chipmicrofluidicsbiomedical engineeringsurface acoustic waves

1
2
3
4
5
30
10 / page

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