Faculty

Institution

Unit

Venue

Alyssa B. Apsel

IBM Professor ECE IBM Professor of Engineering

Cornell University

Affiliations

College of Engineering

School of Electrical and Computer Engineering

Alyssa B. Apsel is currently serving as a College Of Engineering IBM Professor ECE IBM Professor of Engineering at Cornell University.

Honors

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Experiences

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Education

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Alyssa B. Apsel

Cornell University

IBM Professor ECE IBM Professor of Engineering

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integrated circuits computer engineering vlsi circuit electrical engineering microelectronics optoelectronics vlsi technology photonic integrated circuits wireless communications photonics communications systems lightwave technology electronics radio frequency applied physics optical communications transmission low-power electronics analog design solid-state electronics microwave technology ultra-wideband communication electromagnetic compatibility photonic devices semiconductors high-frequency devices device integration digital signal processing electronic circuits vlsi design mixed-signal integrated circuits wireless personal communication high performance computer architecture clock synchronization full duplex synchronization protocol microarchitecture optical computing biomedical circuits clock recovery circuit design software-defined radio precision engineering interference cancellation beyond cmos low power engineering electronic materials rf subsystem optical amplifier sapphire cmos optical fanout power consumption electro-optics device analog-to-digital converters radio engineering high speed power electronics timing analysis optical switching digital circuit design data converters programmable photonics phase noise transimpedance amplifier advanced functional materials optical technology normalized standard deviation commercial bicmos cmos process flow body area networks impulse radio electrical isolation energy metrics low-power radios dispersive delay line communication circuit

Notable Scholarly Works

Notable Federal Grants

Collaborators

An Integrated Microwave Neural Network for Broadband Computation and Communication. Research Square (Research Square) (2025)

BAL GOVINDMaxwell AndersonFan WuPeter McMahonAlyssa Apsel

domain-specific acceleratorvlsi technologyneural network (machine learning)microwave neural networkcomputer engineeringneuromorphic engineeringhardware accelerationintegrated circuitsneural computationbroadband computationneural engineeringmicrowave technologysignal processingcomputer sciencevlsi circuit

An Integrated Microwave Neural Network for Broadband Computation and Communication. Nature Electronics (2025)

Bala GovindMaxwell G. AndersonFan O. WuPeter L. McMahonAlyssa Apsel

soft computingneural network (machine learning)microwave neural networkcomputer engineeringmicrowave engineeringreservoir computingneural computationmicrowave technologycomputer science

Polarizer-Free Dye-Doped Liquid Crystal Sensors With High Precision. ACS Sensors (2025)

Soumita MaitiMilad TaghaviParag ChaudhariSangchul RohItai CohenAlyssa B. ApselNicholas L. Abbott

biosensorsliquid crystalsbiophysicschemical sensorsbiophotonicsanalytical chemistrymolecular liquidsdynamic rangeelectroanalytical chemistrychemistryoptical sensorsddlc approach

Coordinated Behavior of Autonomous Microscopic Machines Through Local Electronic Pulse Coupling. Science Robotics (2024)

Milad TaghaviWei WangKyubum ShimJinsong ZhangItai CohenAlyssa Apsel

collective motionbiophysicsswarm intelligencebiomedical engineeringactive matternanoroboticsfastest oscillatorcomplex systemsswarm roboticsbiomedical circuitsautonomous microscopic machinesbioroboticsartificial lifemicroscopic machinesmicrofluidics

Electronically Configurable Microscopic Metasheet Robots. Nature Materials (2024)

Qingkun LiuWei WangHimani SinhmarItay GriniastyJason Z KimJacob T PelsterParagkumar ChaudhariMichael F ReynoldsMichael C CaoDavid A MullerAlyssa B ApselNicholas L AbbottHadas Kress-GazitPaul L McEuenItai Cohen

biomedical engineeringrobotics automationnanoroboticsroboticsintelligent robotic systemsbio-inspired roboticssoft roboticsautonomous robotsprecision engineeringmicrofabrication

Passive Post-Resonance Tuned Reflectors to Achieve Both 10-Bit Phase-Shifting Resolution and Low Insertion Loss Across 20–30 Ghz. IEEE Transactions on Circuits and Systems I Regular Papers (2024)

Bala GovindAlyssa Apsel

microwave photonicsmicrowave engineeringpassive post-resonancehigh-frequency devicesintegrated circuitslow insertion lossmetamaterialslightwave technologymicrowave technology10-bit phase-shifting resolutionapplied physicsphotonics

Publisher Correction: Ultra-Compact Quasi-True Time Delay for Boosting Wireless Channel Capacity. Nature (2024)

Bala GovindThomas TapenAlyssa Apsel

publisher correctionwireless personal communicationwireless channel capacitycommunications systemsultra-low latencywireless communicationschannel capacity estimationwireless networks

Ultra-Compact Quasi-True Time Delay for Boosting Wireless Channel Capacity. Nature (2024)

Bala GovindThomas TapenAlyssa Apsel

channel characterizationwireless channel capacitycommunications systemsultra-low latencychannel capacity estimationwireless communications

Analog-Domain Self-Interference Cancellation for Practical Multi-Tap Full-Duplex System: Theory, Modeling, and Algorithm. IEEE Journal on Selected Areas in Communications (2023)

Carl W. MorgensternYu RongAndrew HerschfeltAlyosha C. MolnarAlyssa B. ApselDavid G. LandonDaniel W. Bliss

self-interference cancellationcomputer engineeringcommunications systemsfull duplexdigital signal processingintegrated circuitsanalog designanalog sictransmissionsignal processinganalog-domain self-interference cancellationinterference cancellationvlsi circuit

Code for"Ultra -Compact Quasi-True-Time-Delay for Boosting Wireless Channel-Capacity". Zenodo (CERN European Organization for Nuclear Research) (2023)

BAL GOVINDAlyssa ApselThomas Tapen

channel characterizationcomputer engineeringcommunications systemsultra-low latencywireless communicationschannel capacity estimationultra -compact quasi-true-time-delay

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Alyssa B. Apsel

IBM Professor ECE IBM Professor of Engineering

Cornell University

Affiliations

College of Engineering

School of Electrical and Computer Engineering

Alyssa B. Apsel is currently serving as a College Of Engineering IBM Professor ECE IBM Professor of Engineering at Cornell 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

Alyssa B. Apsel

Cornell University

IBM Professor ECE IBM Professor of Engineering

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

An Integrated Microwave Neural Network for Broadband Computation and Communication. Research Square (Research Square) (2025)

BAL GOVINDMaxwell AndersonFan WuPeter McMahonAlyssa Apsel

An Integrated Microwave Neural Network for Broadband Computation and Communication. Nature Electronics (2025)

Bala GovindMaxwell G. AndersonFan O. WuPeter L. McMahonAlyssa Apsel

soft computingneural network (machine learning)microwave neural networkcomputer engineeringmicrowave engineeringreservoir computingneural computationmicrowave technologycomputer science

Polarizer-Free Dye-Doped Liquid Crystal Sensors With High Precision. ACS Sensors (2025)

Soumita MaitiMilad TaghaviParag ChaudhariSangchul RohItai CohenAlyssa B. ApselNicholas L. Abbott

biosensorsliquid crystalsbiophysicschemical sensorsbiophotonicsanalytical chemistrymolecular liquidsdynamic rangeelectroanalytical chemistrychemistryoptical sensorsddlc approach

Coordinated Behavior of Autonomous Microscopic Machines Through Local Electronic Pulse Coupling. Science Robotics (2024)

Milad TaghaviWei WangKyubum ShimJinsong ZhangItai CohenAlyssa Apsel

Electronically Configurable Microscopic Metasheet Robots. Nature Materials (2024)

biomedical engineeringrobotics automationnanoroboticsroboticsintelligent robotic systemsbio-inspired roboticssoft roboticsautonomous robotsprecision engineeringmicrofabrication

Passive Post-Resonance Tuned Reflectors to Achieve Both 10-Bit Phase-Shifting Resolution and Low Insertion Loss Across 20–30 Ghz. IEEE Transactions on Circuits and Systems I Regular Papers (2024)

Bala GovindAlyssa Apsel

Publisher Correction: Ultra-Compact Quasi-True Time Delay for Boosting Wireless Channel Capacity. Nature (2024)

Bala GovindThomas TapenAlyssa Apsel

publisher correctionwireless personal communicationwireless channel capacitycommunications systemsultra-low latencywireless communicationschannel capacity estimationwireless networks

Ultra-Compact Quasi-True Time Delay for Boosting Wireless Channel Capacity. Nature (2024)

Bala GovindThomas TapenAlyssa Apsel

channel characterizationwireless channel capacitycommunications systemsultra-low latencychannel capacity estimationwireless communications

Analog-Domain Self-Interference Cancellation for Practical Multi-Tap Full-Duplex System: Theory, Modeling, and Algorithm. IEEE Journal on Selected Areas in Communications (2023)

Carl W. MorgensternYu RongAndrew HerschfeltAlyosha C. MolnarAlyssa B. ApselDavid G. LandonDaniel W. Bliss

Code for"Ultra -Compact Quasi-True-Time-Delay for Boosting Wireless Channel-Capacity". Zenodo (CERN European Organization for Nuclear Research) (2023)

BAL GOVINDAlyssa ApselThomas Tapen

channel characterizationcomputer engineeringcommunications systemsultra-low latencywireless communicationschannel capacity estimationultra -compact quasi-true-time-delay

1
2
3
4
5
18
10 / page

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neuroscience

brain circuitry

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University of Illinois Urbana-Champaign

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technology

Sanjay Raman

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University of Massachusetts Amherst

sensor

pervasive computing

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