Faculty

Institution

Unit

Venue

Steve Lamoreaux

Eugene Higgins Professor of Physics

Yale University

Affiliations

Physics

Steve Lamoreaux is currently serving as a Physics Eugene Higgins Professor of Physics at Yale University.

Honors

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Experiences

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Education

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Steve Lamoreaux

Yale University

Eugene Higgins Professor of Physics

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physics particle physics nuclear physics applied physics atomic physics materials science condensed matter physics nuclear science quantum science quantum information science instrumentation quantum mechanics quantum cryptography neutron scattering electrical engineering casimir force quantum key distribution ultracold neutrons magnetism neutron source accelerator technology high energy physics quantum security quantum communications experimental physics optical pumping electric dipole moment ultra-cold neutrons atomic spectroscopy communication security cryptographic hardware radiation detection magnetic measurement accelerator physics nuclear engineering laser science theoretical physics instrument science optical metrology quantum technologies atomic dysprosium nuclear fusion quantum chemistry data security particle accelerators experimental analysis quantum theory magnetic trapping solid-state electronics electronic materials condensed matter general relativity charge transport optical engineering theoretical high-energy physics cryogenics post-quantum cryptography parity nonconservation casimir forces statistical physics search technique microwave engineering ion beams ferroelectric application interferometry instrumentation engineering quantum hardware cp violation experimental searches dark matter axions spatial anisotropy electric dipole moments electric-dipole moment atomic lead high-precision measurement interface science

Notable Scholarly Works

Notable Federal Grants

Collaborators

Comment on “Surface Nuclear Spin Relaxation of 199Hg,” [J. Chem. Phys. 120, 1511 (2004)]. The Journal of Chemical Physics (2025)

relaxation processchemical physicsphysicsnuclear physicsphysical chemistryatomic physicsnuclear materialsnuclear sciencemagnetic resonancespin phenomenonapplied physicsnuclear magnetic resonance

Surface and Chemical Effects on 199Hg Spin Polarization Relaxation in Optically Pumped Magnetometers. Academia quantum. (2025)

spintronicsspintronic materialsphysicsspin dynamicsmagnetismnature physicoptical materialsspin polarization relaxationoptical propertiesmagnetic resonancespin phenomenonmagnetic measurementapplied physicschemical effectscondensed matter physicsmaterials sciencepumped magnetometers

Academia Quantum: Advances and Innovation in Quantum Science and Technology. Academia quantum. (2024)

Steven Lamoreaux

quantum computingquantum mechanicsquantum securityquantum information sciencequantum systemsacademia quantumquantum engineeringquantum theoryquantum sciencequantum measurementquantum technologies

A Retrospective Review of Von Neumann’s Analysis of Hidden Variables in Quantum Mechanics. Academia quantum. (2024)

Robert GolubSteven K. Lamoreaux

hidden variablesquantum theoryquantum mechanicsquantum science

Dark Matter, Qcd Axions, and the Haystac Detector. Springer proceedings in physics (2024)

Steven K. Lamoreaux

dark matterhigh-energy astrophysicsphysicshaystac detectorqcd axions

Hidden Variables: Rehabilitation of Von Neumann's Analysis, and Pauli's Uncashable Check. arXiv (Cornell University) (2024)

Golub, RobertLamoreaux, Steve K.

hidden variablesvon neumannrehabilitation

An Improved Synthetic Signal Injection Routine for the Haloscope at Yale Sensitive to Axion Cold Dark Matter (Haystac). Review of Scientific Instruments (2023)

Yuqi ZhuM. J. JewellClaire LaffanXiran BaiSumita GhoshEleanor GrahamS. B. CahnReina H. MaruyamaS. K. Lamoreaux

dark matterelectronic instrumentationinstrument scienceelectrical engineeringanalytical instrumentationinstrumentation

New Results From Haystac’s Phase II Operation With a Squeezed State Receiver. Physical review. D/Physical review. D. (2023)

M. J. JewellA. F. LederK. M. BackesXiran BaiK. van BibberB. M. BrubakerS. B. CahnA. DrosterMaryam H. EsmatSumita GhoshEleanor GrahamGene C. HiltonH. JacksonClaire LaffanS. K. LamoreauxK. W. LehnertS. M. LewisM. MalnouR. H. MaruyamaD. A. PalkenN. M. RapidisE. P. RuddyM. SimanovskaiaSukhman SinghD. H. SpellerLeila R. ValeH. WangYuqi Zhu

squeezed state receiverapplied physicsthin filmsphase ii operation

On the Use of Dielectric Elements in Axion Searches With Microwave Resonant Cavities. Journal of Instrumentation (2023)

microwave measurementmicrowave ceramicelectromagnetic compatibilitymicrowave engineeringmicrowave technologycomputational electromagneticsphysicsadvanced dielectricmicrowave resonant cavitieselectrical engineeringdielectric elementsapplied physicsinstrumentationaxion searches

Quantum Sensors for High Energy Physics. arXiv (Cornell University) (2023)

Chou, AaronIrwin, KentMaruyama, Reina H.Baker, Oliver K.Bartram, ChelseaBerggren, Karl K.Cancelo, GustavoCarney, DanielChang, Clarence L.Cho, Hsiao-MeiGarcia-Sciveres, MauriceGraham, Peter W.Habib, SalmanHarnik, RoniHarris, J. G. E.Hertel, Scott A.Hume, David B.Khatiwada, RakshyaKovachy, Timothy L.Kurinsky, NoahLamoreaux, Steve K.Lehnert, Konrad W.Leibrandt, David R.Li, DaleLoer, BenMartínez-Rincón, JuliánMcCuller, LeeMoore, David C.Mueller, HolgerPena, CristianPooser, Raphael C.Pyle, MattRajendran, SurjeetSafronova, Marianna S.Schuster, David I.Shaw, Matthew D.Spiropulu, MariaStankus, PaulSushkov, Alexander O.Winslow, LindleyXie, SiZurek, Kathryn M.

quantum sensorsparticle physics

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Steve Lamoreaux

Eugene Higgins Professor of Physics

Yale University

Affiliations

Physics

Steve Lamoreaux is currently serving as a Physics Eugene Higgins Professor of 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

Steve Lamoreaux

Yale University

Eugene Higgins Professor of Physics

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Comment on “Surface Nuclear Spin Relaxation of 199Hg,” [J. Chem. Phys. 120, 1511 (2004)]. The Journal of Chemical Physics (2025)

relaxation processchemical physicsphysicsnuclear physicsphysical chemistryatomic physicsnuclear materialsnuclear sciencemagnetic resonancespin phenomenonapplied physicsnuclear magnetic resonance

Surface and Chemical Effects on 199Hg Spin Polarization Relaxation in Optically Pumped Magnetometers. Academia quantum. (2025)

Academia Quantum: Advances and Innovation in Quantum Science and Technology. Academia quantum. (2024)

Steven Lamoreaux

quantum computingquantum mechanicsquantum securityquantum information sciencequantum systemsacademia quantumquantum engineeringquantum theoryquantum sciencequantum measurementquantum technologies

A Retrospective Review of Von Neumann’s Analysis of Hidden Variables in Quantum Mechanics. Academia quantum. (2024)

Robert GolubSteven K. Lamoreaux

hidden variablesquantum theoryquantum mechanicsquantum science

Dark Matter, Qcd Axions, and the Haystac Detector. Springer proceedings in physics (2024)

Steven K. Lamoreaux

dark matterhigh-energy astrophysicsphysicshaystac detectorqcd axions

Hidden Variables: Rehabilitation of Von Neumann's Analysis, and Pauli's Uncashable Check. arXiv (Cornell University) (2024)

Golub, RobertLamoreaux, Steve K.

hidden variablesvon neumannrehabilitation

An Improved Synthetic Signal Injection Routine for the Haloscope at Yale Sensitive to Axion Cold Dark Matter (Haystac). Review of Scientific Instruments (2023)

Yuqi ZhuM. J. JewellClaire LaffanXiran BaiSumita GhoshEleanor GrahamS. B. CahnReina H. MaruyamaS. K. Lamoreaux

dark matterelectronic instrumentationinstrument scienceelectrical engineeringanalytical instrumentationinstrumentation

New Results From Haystac’s Phase II Operation With a Squeezed State Receiver. Physical review. D/Physical review. D. (2023)

squeezed state receiverapplied physicsthin filmsphase ii operation

On the Use of Dielectric Elements in Axion Searches With Microwave Resonant Cavities. Journal of Instrumentation (2023)

Quantum Sensors for High Energy Physics. arXiv (Cornell University) (2023)

quantum sensorsparticle physics

1
2
3
4
5
30
10 / page

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