Stephen Ragole

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Jacob TaylorJoint Center for Quantum Information and Computer Science; Joint Quantum Institute; NISTDirección de correo verificada de umd.edu
Sandesh KalantreKnight-Hennessy Fellow, Department of Physics, Stanford UniversityDirección de correo verificada de stanford.edu
Xingyao WuJD Explore AcademyDirección de correo verificada de umd.edu
Justyna P ZwolakNational Institute of Standards and TechnologyDirección de correo verificada de nist.gov
Haitan XuHarvard UniversityDirección de correo verificada de yale.edu
John LawallPhysicist, National Institute of Standards and TechnologyDirección de correo verificada de nist.gov
Chris H. GreeneProfessor of Physics, Purdue UniversityDirección de correo verificada de purdue.edu
Pérez Ríos JesúsDepartment of Physics and Astronomy of Stony Brook UniversityDirección de correo verificada de stonybrook.edu
Michael StewartPhysicist, National Institute of Standards and TechnologyDirección de correo verificada de nist.gov
Neil ZimmermanDirección de correo verificada de nist.gov
Jia WangDECRA Fellow, Centre for Quantum Technology Theory, Swinburne University of TechnologyDirección de correo verificada de swin.edu.au
David HayesQuantinuumDirección de correo verificada de quantinuum.com
Andrew C. PotterUniversity of British Columbia and Stewart Blusson Quantum Matter InstituteDirección de correo verificada de phas.ubc.ca
Michael Foss-FeigHoneywell Quantum SolutionsDirección de correo verificada de honeywell.com
Brian NeyenhuisQuantinuumDirección de correo verificada de quantinuum.com
Caroline FiggattGraduate Research Assistant, Joint Quantum Institute, University of MarylandDirección de correo verificada de umd.edu
Ben SpaunJILA, University of Colorado at BoulderDirección de correo verificada de jila.colorado.edu
John P GaeblerQuantinuumDirección de correo verificada de quantinuum.com
Juan PinoQuantinuumDirección de correo verificada de quantinuum.com
Steven A. MosesLead physicist, QuantinuumDirección de correo verificada de quantinuum.com

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Stephen Ragole

Research Scientist, PsiQuantum

Dirección de correo verificada de psiquantum.com

Quantum Computing Photonics Trapped Ions Quantum Simulation Atomic Physics


Título Ordenar por citas Ordenar por año Ordenar por título	Citado por Citado por	Año
Machine learning techniques for state recognition and auto-tuning in quantum dots SS Kalantre, JP Zwolak, S Ragole, X Wu, NM Zimmerman, MD Stewart Jr, ... npj Quantum Information 5 (1), 6, 2019	82	2019
Comparison of classical and quantal calculations of helium three-body recombination J Pérez-Ríos, S Ragole, J Wang, CH Greene The Journal of chemical physics 140 (4), 2014	59	2014
Observation of optomechanical buckling transitions H Xu, U Kemiktarak, J Fan, S Ragole, J Lawall, JM Taylor Nature communications 8 (1), 14481, 2017	42	2017
Entanglement from tensor networks on a trapped-ion quantum computer M Foss-Feig, S Ragole, A Potter, J Dreiling, C Figgatt, J Gaebler, A Hall, ... Physical Review Letters 128 (15), 150504, 2022	32	2022
QFlow lite dataset: A machine-learning approach to the charge states in quantum dot experiments JP Zwolak, SS Kalantre, X Wu, S Ragole, JM Taylor PLoS One 13 (10), e0205844, 2018	29	2018
Interacting atomic interferometry for rotation sensing approaching the Heisenberg Limit S Ragole, JM Taylor Physical Review Letters 117 (20), 203002, 2016	28	2016
Machine learning techniques for state recognition and auto-tuning in quantum dots. npj Quantum Inf. 5 SS Kalantre, JP Zwolak, S Ragole, X Wu, NM Zimmerman, MD Stewart, ...	6	2019
Thermodynamic limits for optomechanical systems with conservative potentials S Ragole, H Xu, J Lawall, JM Taylor Physical Review B 96 (18), 184106, 2017	1	2017
Understanding Phase Transitions, Symmetry Breaking, and Interaction-enhanced Sensing in Optomechanical and Cold Atomic Systems SJ Ragole University of Maryland, College Park, 2018		2018
Applying Machine Learning to Quantum-Dot Experiments: Generation of Training Datasets and Auto-tuning S Kalantre, J Zwolak, X Wu, S Ragole, J Taylor APS March Meeting Abstracts 2018, K28. 002, 2018		2018
Applying Machine Learning to Quantum-Dot Experiments: Learning from the Data J Zwolak, S Kalantre, X Wu, S Ragole, J Taylor APS March Meeting Abstracts 2018, K28. 003, 2018		2018
Exploring the thermodynamic limit of optomechanical systems S Ragole, H Xu, J Lawall, J Taylor APS Division of Atomic, Molecular and Optical Physics Meeting Abstracts 2017 …, 2017		2017
Symmetry breaking in membrane optomechanics H Xu, U Kemiktarak, J Fan, S Ragole, J Lawall, JM Taylor CLEO: QELS_Fundamental Science, FM1C. 1, 2016		2016
Cold atoms in one-dimensional rings: a Luttinger liquid approach to precision measurement S Ragole, J Taylor APS March Meeting Abstracts 2016, C52. 007, 2016		2016
One-dimensional rings with barriers: a Luttinger liquid approach to precision measurement S Ragole, J Taylor APS Division of Atomic, Molecular and Optical Physics Meeting Abstracts 2015 …, 2015		2015
Three-body recombination of helium atoms from ultracold to thermal energies: classical trajectory vs. quantal calculations J Perez-Rios, S Ragole, J Wang, CH Greene APS Division of Atomic, Molecular and Optical Physics Meeting Abstracts, K1. 064, 2014		2014
Three-Body Recombination of Ultracold Atoms Treated Classically S Ragole, C Greene APS Division of Atomic, Molecular and Optical Physics Meeting Abstracts 43 …, 2012		2012

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