Faculty

Institution

Unit

Venue

Lawrence Larson

Professor of Engineering

Brown University

Affiliations

School of Engineering

Lawrence Larson is currently serving as a School Of Engineering Professor of Engineering at Brown University.

Honors

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Experiences

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Education

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Lawrence Larson

Brown University

Professor of Engineering

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electrical engineering electronics microwave technology power electronics microwave engineering microelectronics radio frequency engineering computer engineering semiconductors integrated circuits solid-state electronics wireless communications communications systems technology optoelectronics digital signal processing vlsi technology semiconductor devices rf semiconductor ultra-wideband communication semiconductor technology electronic circuits computational electromagnetics radio engineering signal processing circuit design microwave transmission power amplifiers electronic materials rf subsystem vehicular technology vlsi circuit power semiconductor devices millimeter wave technology digital circuit design filter design circuit simulation field programmable gate array electronic packaging controlled release modulation techniques linear circuit radio communication interconnect (integrated circuits) communication engineering power amplifier high efficiency filter (signal processing) analog-to-digital converters wireless lan microwave measurement electronic engineering radio frequency identification low-power electronics wlan applications active control telecommunication networks analog design implantable devices power control gan power device ofdm applications wcdma handset applications spectral regrowth robust nonlinear control automatic control gan hfets rf adaptivity cross-modulation distortion rf power amplifiers mimo wlan soc dual-band power amplifiers low noise figure uwb impulse radio sige hbt technology communication circuit

Notable Scholarly Works

Notable Federal Grants

Collaborators

Author Correction: Patterned Electrical Brain Stimulation by a Wireless Network of Implantable Microdevices. Nature Communications (2025)

Ah-Hyoung LeeJihun LeeVincent LeungLawrence LarsonArto Nurmikko

implantable microdevicesbiomedical engineeringscientific communication

Analysis of Wireless Power Transfer Efficiency and Specific Absorption Rate for a Distributed Brain Implant System. (2024)

Julian AlonzoMarinus H. DalingJihun LeeAh-Hyoung LeeDavid DurfeePeter AsbeckLawrence LarsonArto NurmikkoVincent W. Leung

wireless implantable devicespower efficiencywireless power transmissionpower deliverybiomedical engineeringenergy efficiencyspecific absorption rateelectrical engineering

Author Correction: An Asynchronous Wireless Network for Capturing Event-Driven Data From Large Populations of Autonomous Sensors. Nature Electronics (2024)

Jihun LeeAh-Hyoung LeeVincent LeungFarah LaiwallaMiguel Angel Lopez-GordoLawrence LarsonArto Nurmikko

wireless sensor networksauthor correctionevent-driven datatechnologycyberneticsdata sciencelarge populationsautonomous sensorselectrical engineeringasynchronous wireless network

Asynchronous Wireless Network for Transmission of Neural Data From Thousands of Autonomous Microimplants. 2022 IEEE Biomedical Circuits and Systems Conference (BioCAS) (2023)

Jihun LeeAhhyoung LeeVincent LeungFarah LaiwallaMiguel Lopez-GordoLawrence LarsonArto Nurmikko

engineeringneural datacyberneticsneurosciencebiomedical engineeringautonomous microimplantsubiquitous computingasynchronous wireless network

Challenges for Large-Scale Brain-Machine Interfaces. Handbook of Neuroengineering (2023)

Farah LaiwallaVincent LeungLawrence LarsonArto Nurmikko

large-scale brain-machine interfacesneural engineeringneuroscience

Improving Wireless Power Transfer Efficiency for Distributed Brain Implants Using Auto-Tune Ovp. 2022 IEEE Biomedical Circuits and Systems Conference (BioCAS) (2023)

Vincent W. LeungAh-Hyoung LeeJihun LeeSravya AlluriJulian AlonzoLuke MelloBrett BeyerDavid DurfeeWing-Fat Andy LauPeter AsbeckLawrence LarsonFarah LaiwallaArto Nurmikko

auto-tune ovpbiomedical engineeringdistributed brain implantsneuroscience

Asynchronous Large-Scale Networks for Spatially Distributed Wireless Rf Event Sensors. Research Square (Research Square) (2022)

Jihun LeeAh-Hyoung LeeFarah LaiwallaVincent LeungMiguel Lopez-GordoLawrence LarsonArto Nurmikko

network scienceasynchronous large-scale networkssystems engineeringtechnologymachine learning

Neural Recording and Stimulation Using Wireless Networks of Microimplants. Nature Electronics (2021)

Jihun LeeVincent LeungAh-Hyoung LeeJiannan HuangPeter AsbeckPatrick P. MercierStephen ShellhammerLawrence LarsonFarah LaiwallaArto Nurmikko

brain stimulationcognitive neuroscienceelectrophysiologyneuroscienceneurophysiologyneural recordingneural science

Next Generation Microscale Wireless Implant System for High-Density, Multi-Areal, Closed-Loop Brain Computer Interfaces. Springer briefs in electrical and computer engineering (2021)

Farah LaiwallaVincent W. LeungJihun LeePatrick MercierPeter AsbeckRamesh RaoLawrence LarsonArto Nurmikko

braincomputer interfacesystems engineeringmicro-electromechanical systemsembedded systemsbiomedical technologiescomputer engineeringmedical electronicselectrical engineeringelectronic engineering

Wireless Ensembles of Sub-MM Microimplants Communicating as a Network Near 1 Ghz in a Neural Application. bioRxiv (Cold Spring Harbor Laboratory) (2020)

Jihun LeeVincent LeungAh-Hyoung LeeJiannan HuangPeter AsbeckPatrick P. MercierStephen ShellhammerLawrence LarsonFarah LaiwallaArto Nurmikko

wireless communicationswireless ensemblessub-mm microimplantswireless networksneural applicationneurosciencecommunication

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Lawrence Larson

Professor of Engineering

Brown University

Affiliations

School of Engineering

Lawrence Larson is currently serving as a School Of Engineering Professor of Engineering at Brown 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

Lawrence Larson

Brown University

Professor of Engineering

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Author Correction: Patterned Electrical Brain Stimulation by a Wireless Network of Implantable Microdevices. Nature Communications (2025)

Ah-Hyoung LeeJihun LeeVincent LeungLawrence LarsonArto Nurmikko

implantable microdevicesbiomedical engineeringscientific communication

Analysis of Wireless Power Transfer Efficiency and Specific Absorption Rate for a Distributed Brain Implant System. (2024)

Julian AlonzoMarinus H. DalingJihun LeeAh-Hyoung LeeDavid DurfeePeter AsbeckLawrence LarsonArto NurmikkoVincent W. Leung

wireless implantable devicespower efficiencywireless power transmissionpower deliverybiomedical engineeringenergy efficiencyspecific absorption rateelectrical engineering

Author Correction: An Asynchronous Wireless Network for Capturing Event-Driven Data From Large Populations of Autonomous Sensors. Nature Electronics (2024)

Jihun LeeAh-Hyoung LeeVincent LeungFarah LaiwallaMiguel Angel Lopez-GordoLawrence LarsonArto Nurmikko

wireless sensor networksauthor correctionevent-driven datatechnologycyberneticsdata sciencelarge populationsautonomous sensorselectrical engineeringasynchronous wireless network

Asynchronous Wireless Network for Transmission of Neural Data From Thousands of Autonomous Microimplants. 2022 IEEE Biomedical Circuits and Systems Conference (BioCAS) (2023)

Jihun LeeAhhyoung LeeVincent LeungFarah LaiwallaMiguel Lopez-GordoLawrence LarsonArto Nurmikko

engineeringneural datacyberneticsneurosciencebiomedical engineeringautonomous microimplantsubiquitous computingasynchronous wireless network

Challenges for Large-Scale Brain-Machine Interfaces. Handbook of Neuroengineering (2023)

Farah LaiwallaVincent LeungLawrence LarsonArto Nurmikko

large-scale brain-machine interfacesneural engineeringneuroscience

Improving Wireless Power Transfer Efficiency for Distributed Brain Implants Using Auto-Tune Ovp. 2022 IEEE Biomedical Circuits and Systems Conference (BioCAS) (2023)

Vincent W. LeungAh-Hyoung LeeJihun LeeSravya AlluriJulian AlonzoLuke MelloBrett BeyerDavid DurfeeWing-Fat Andy LauPeter AsbeckLawrence LarsonFarah LaiwallaArto Nurmikko

auto-tune ovpbiomedical engineeringdistributed brain implantsneuroscience

Asynchronous Large-Scale Networks for Spatially Distributed Wireless Rf Event Sensors. Research Square (Research Square) (2022)

Jihun LeeAh-Hyoung LeeFarah LaiwallaVincent LeungMiguel Lopez-GordoLawrence LarsonArto Nurmikko

network scienceasynchronous large-scale networkssystems engineeringtechnologymachine learning

Neural Recording and Stimulation Using Wireless Networks of Microimplants. Nature Electronics (2021)

Jihun LeeVincent LeungAh-Hyoung LeeJiannan HuangPeter AsbeckPatrick P. MercierStephen ShellhammerLawrence LarsonFarah LaiwallaArto Nurmikko

brain stimulationcognitive neuroscienceelectrophysiologyneuroscienceneurophysiologyneural recordingneural science

Next Generation Microscale Wireless Implant System for High-Density, Multi-Areal, Closed-Loop Brain Computer Interfaces. Springer briefs in electrical and computer engineering (2021)

Farah LaiwallaVincent W. LeungJihun LeePatrick MercierPeter AsbeckRamesh RaoLawrence LarsonArto Nurmikko

braincomputer interfacesystems engineeringmicro-electromechanical systemsembedded systemsbiomedical technologiescomputer engineeringmedical electronicselectrical engineeringelectronic engineering

Wireless Ensembles of Sub-MM Microimplants Communicating as a Network Near 1 Ghz in a Neural Application. bioRxiv (Cold Spring Harbor Laboratory) (2020)

Jihun LeeVincent LeungAh-Hyoung LeeJiannan HuangPeter AsbeckPatrick P. MercierStephen ShellhammerLawrence LarsonFarah LaiwallaArto Nurmikko

wireless communicationswireless ensemblessub-mm microimplantswireless networksneural applicationneurosciencecommunication

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