Faculty

Institution

Unit

Venue

Stephen A. Lyon

Professor of Electrical and Computer Engineering

Princeton University

Affiliations

Department of Electrical and Computer Engineering

Stephen A. Lyon is currently serving as an Electrical And Computer Engineering Professor of Electrical and Computer Engineering at Princeton University.

Honors

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Experiences

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Education

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Stephen A. Lyon

Princeton University

Professor of Electrical and Computer Engineering

You can click a keyword to filter the displayed items

applied physics materials science condensed matter physics physics optoelectronics semiconductors solid-state electronics particle physics electronic materials semiconductor nanostructures electronics spintronics electrical engineering semiconductor devices condensed matter nanotechnology microelectronics thin films semiconductor technology solid-state physics material research luminescence quantum science quantum technologies nanoparticle research charge transport photoluminescence inas quantum dots magnetic resonance semiconductor device fabrication laser science optical engineering electron spin resonance interface science aluminum gallium nitride electron spin coherence infrared spectroscopy compound semiconductors interface states spin relaxation metals silicon on insulator infrared sensors quantum photonics phosphorus donors superfluid helium two-dimensional electron gas quantum chemistry nanometrology mutagenesis semiconductor materials oxide electronics magnetoresistance low-dimensional systems liquid helium electron spin relaxation microwave technology vlsi technology additive manufacturing detector physic vacuum device surface reactivity experimental analysis electron paramagnetic resonance solid-state chemistry hot carriers nuclear spin controlled release surface nanotechnology cancer genetics superconducting materials surface modification nanoimprint lithography ultrafast phase gates atomic clock transitions silicon-based spin qubits

Notable Scholarly Works

Notable Federal Grants

Collaborators

Tantalum Alloy–Based Resonators for Quantum Information Systems. Proceedings of the National Academy of Sciences (2026)

materials sciencephysicsquantum computingquantum devicesapplied physicsquantum science

High-Impedance Resonators for Strong Coupling to an Electron on Helium. Physical Review Applied (2025)

Koolstra, G.Glen, E. O.Beysengulov, N. R.Byeon, H.Castoria, K. E.Sammon, M.Dizdar, B.Wang, C. S.Schuster, D. I.Lyon, S. A.Pollanen, J.Rees, D. G.

condensed matter physicsstrong couplinghigh-impedance resonatorsapplied physicselectron physic

Sensing Few Electrons Floating on Helium With High-Electron-Mobility Transistors. Journal of Low Temperature Physics (2025)

M. M. FeldmanG. FuchsT. LiuL. A. D’ImperioM. D. HenryE. A. ShanerS. A. Lyon

few electronsnanoelectronicselectronicsapplied physicssolid-state electronicsquantum scienceelectron physic

A Hermetic On-Cryostat Helium Source for Low Temperature Experiments. Review of Scientific Instruments (2024)

K. E. CastoriaH. ByeonJ. TheisN. R. BeysengulovE. O. GlenG. KoolstraM. SammonS. A. LyonJ. PollanenD. G. Rees

physicscryogenicsinstrumentationinstrument sciencelow temperature experiments

Factors Influencing Quantum Evaporation of Helium From Polar Semiconductors From First Principles. Physical review. D/Physical review. D. (2024)

Lakshay DheerLiang Z. TanS. A. LyonThomas SchenkelSinéad M. Griffin

polar semiconductorsfirst principlescondensed matter physicsquantum evaporation

Materials for Ultra‐Coherent, Mobile, Electron‐Spin Qubits. (2024)

SA LyonM Dykman

quantum technologiesmaterials sciencequantum devicescondensed matter physicsmaterials engineeringelectron-spin qubits

Single Phonon Detection for Dark Matter via Quantum Evaporation and Sensing of He 3. Physical review. D/Physical review. D. (2024)

S. A. LyonKyle CastoriaEthan KleinbaumZhihao QinArun PersaudThomas SchenkelKathryn M. Zurek

materials sciencephysicsspectroscopyquantum evaporationdark mattersingle phonon detectionphonons

Chemical Profiles of the Oxides on Tantalum in State of the Art Superconducting Circuits. Advanced Science (2023)

materials sciencesuperconducting materialscondensed matter physicssuperconductivityrefractory metalsoxide electronics

Disentangling Losses in Tantalum Superconducting Circuits. Physical Review X (2023)

condensed matterapplied physicssuperconductivitysuperconducting materials

Spin Dynamics in Quantum Dots on Liquid Helium. Physical review. B./Physical review. B (2023)

MI DykmanO AsbanQ ChenD JinSA Lyon

condensed matter physicsphysicsliquid helium

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Stephen A. Lyon

Professor of Electrical and Computer Engineering

Princeton University

Affiliations

Department of Electrical and Computer Engineering

Stephen A. Lyon is currently serving as an Electrical And Computer Engineering Professor of Electrical and Computer Engineering at Princeton 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

Stephen A. Lyon

Princeton University

Professor of Electrical and Computer Engineering

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Tantalum Alloy–Based Resonators for Quantum Information Systems. Proceedings of the National Academy of Sciences (2026)

materials sciencephysicsquantum computingquantum devicesapplied physicsquantum science

High-Impedance Resonators for Strong Coupling to an Electron on Helium. Physical Review Applied (2025)

Koolstra, G.Glen, E. O.Beysengulov, N. R.Byeon, H.Castoria, K. E.Sammon, M.Dizdar, B.Wang, C. S.Schuster, D. I.Lyon, S. A.Pollanen, J.Rees, D. G.

condensed matter physicsstrong couplinghigh-impedance resonatorsapplied physicselectron physic

Sensing Few Electrons Floating on Helium With High-Electron-Mobility Transistors. Journal of Low Temperature Physics (2025)

M. M. FeldmanG. FuchsT. LiuL. A. D’ImperioM. D. HenryE. A. ShanerS. A. Lyon

few electronsnanoelectronicselectronicsapplied physicssolid-state electronicsquantum scienceelectron physic

A Hermetic On-Cryostat Helium Source for Low Temperature Experiments. Review of Scientific Instruments (2024)

K. E. CastoriaH. ByeonJ. TheisN. R. BeysengulovE. O. GlenG. KoolstraM. SammonS. A. LyonJ. PollanenD. G. Rees

physicscryogenicsinstrumentationinstrument sciencelow temperature experiments

Factors Influencing Quantum Evaporation of Helium From Polar Semiconductors From First Principles. Physical review. D/Physical review. D. (2024)

Lakshay DheerLiang Z. TanS. A. LyonThomas SchenkelSinéad M. Griffin

polar semiconductorsfirst principlescondensed matter physicsquantum evaporation

Materials for Ultra‐Coherent, Mobile, Electron‐Spin Qubits. (2024)

SA LyonM Dykman

quantum technologiesmaterials sciencequantum devicescondensed matter physicsmaterials engineeringelectron-spin qubits

Single Phonon Detection for Dark Matter via Quantum Evaporation and Sensing of He 3. Physical review. D/Physical review. D. (2024)

S. A. LyonKyle CastoriaEthan KleinbaumZhihao QinArun PersaudThomas SchenkelKathryn M. Zurek

materials sciencephysicsspectroscopyquantum evaporationdark mattersingle phonon detectionphonons

Chemical Profiles of the Oxides on Tantalum in State of the Art Superconducting Circuits. Advanced Science (2023)

materials sciencesuperconducting materialscondensed matter physicssuperconductivityrefractory metalsoxide electronics

Disentangling Losses in Tantalum Superconducting Circuits. Physical Review X (2023)

condensed matterapplied physicssuperconductivitysuperconducting materials

Spin Dynamics in Quantum Dots on Liquid Helium. Physical review. B./Physical review. B (2023)

MI DykmanO AsbanQ ChenD JinSA Lyon

condensed matter physicsphysicsliquid helium

1
2
3
4
5
33
10 / page

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