David K. Kim

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William D. OliverProfessor, MITAdresse e-mail validée de mit.edu
Simon GustavssonMassachusetts Institute of Technology, Atlantic QuantumAdresse e-mail validée de mit.edu
Danna RosenbergMIT Lincoln LaboratoryAdresse e-mail validée de alumni.stanford.edu
Roni WinikMassachusetts Institute of TechnologyAdresse e-mail validée de mit.edu
Rabindra DasTechnical Staff, Advanced Technology Division, MIT Lincoln LabAdresse e-mail validée de ll.mit.edu
Jochen BraumüllerMassachusetts Institute of TechnologyAdresse e-mail validée de mit.edu
Youngkyu SungAtlantic QuantumAdresse e-mail validée de atlantic-quantum.com
Antti VepsäläinenPostdoctoral researcher, Massachusetts Institute of TechnologyAdresse e-mail validée de mit.edu
Gabriel O. SamachStaff Scientist, MIT Lincoln LaboratoryAdresse e-mail validée de mit.edu
Cherie KaganUniversity of PennsylvaniaAdresse e-mail validée de seas.upenn.edu
Philip KrantzQuantum Engineering Solutions, Keysight TechnologiesAdresse e-mail validée de keysight.com
Andrew KermanMIT Lincoln LaboratoryAdresse e-mail validée de ll.mit.edu
Greg CalusineMIT Lincoln LaboratoryAdresse e-mail validée de ll.mit.edu
Donna YostMIT Lincoln LaboratoryAdresse e-mail validée de ll.mit.edu
Bharath KannanAtlantic QuantumAdresse e-mail validée de atlantic-quantum.com
Christopher B. MurrayProfessor of Chemistry and Materials Science and EngineeringAdresse e-mail validée de sas.upenn.edu
Morten KjaergaardAssociate Professor, Niels Bohr Institute, University of CopenhagenAdresse e-mail validée de nbi.ku.dk
Daniel L CampbellAir Force Research Laboratory, Information Directorate, Rome, NY 13441Adresse e-mail validée de us.af.mil
Soong Ju OhDepartment of Materials Science and Engineering, Korea UniversityAdresse e-mail validée de korea.ac.kr
Aaron FafarmanAssistant Professor of Chemical and Biological Engineering, Drexel UniversityAdresse e-mail validée de drexel.edu

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David K. Kim

MIT Lincoln Laboratory

Adresse e-mail validée de ll.mit.edu - Page d'accueil

Nanoscience


Titre Trier par citations Trier par année Trier par titre	Citée par Citée par	Année
Bandlike transport in strongly coupled and doped quantum dot solids: a route to high-performance thin-film electronics JH Choi, AT Fafarman, SJ Oh, DK Ko, DK Kim, BT Diroll, S Muramoto, ... Nano letters 12 (5), 2631-2638, 2012	453	2012
Thiocyanate-capped nanocrystal colloids: vibrational reporter of surface chemistry and solution-based route to enhanced coupling in nanocrystal solids AT Fafarman, W Koh, BT Diroll, DK Kim, DK Ko, SJ Oh, X Ye, ... Journal of the American Chemical Society 133 (39), 15753-15761, 2011	401	2011
Realization of High-Fidelity CZ and -Free iSWAP Gates with a Tunable Coupler Y Sung, L Ding, J Braumüller, A Vepsäläinen, B Kannan, M Kjaergaard, ... Physical Review X 11 (2), 021058, 2021	316	2021
Impact of ionizing radiation on superconducting qubit coherence AP Vepsäläinen, AH Karamlou, JL Orrell, AS Dogra, B Loer, ... Nature 584 (7822), 551-556, 2020	282	2020
Waveguide quantum electrodynamics with superconducting artificial giant atoms B Kannan, MJ Ruckriegel, DL Campbell, A Frisk Kockum, J Braumüller, ... Nature 583 (7818), 775-779, 2020	278	2020
3D integrated superconducting qubits D Rosenberg, D Kim, R Das, D Yost, S Gustavsson, D Hover, P Krantz, ... npj quantum information 3 (1), 42, 2017	246	2017
Flexible and low-voltage integrated circuits constructed from high-performance nanocrystal transistors DK Kim, Y Lai, BT Diroll, CB Murray, CR Kagan Nature Communications 3, 1216, 2012	237	2012
Coherent control of a hybrid superconducting circuit made with graphene-based van der Waals heterostructures JIJ Wang, D Rodan-Legrain, L Bretheau, DL Campbell, B Kannan, D Kim, ... Nature nanotechnology 14 (2), 120-125, 2019	183	2019
Confocal reference free traction force microscopy M Bergert, T Lendenmann, M Zündel, AE Ehret, D Panozzo, P Richner, ... Nature communications 7 (1), 12814, 2016	162	2016
Wedge waveguides and resonators for quantum plasmonics SJP Kress, FV Antolinez, P Richner, SV Jayanti, DK Kim, F Prins, ... Nano letters 15 (9), 6267-6275, 2015	157	2015
Analysis and mitigation of interface losses in trenched superconducting coplanar waveguide resonators G Calusine, A Melville, W Woods, R Das, C Stull, V Bolkhovsky, D Braje, ... Applied Physics Letters 112 (6), 2018	152	2018
Determining interface dielectric losses in superconducting coplanar-waveguide resonators W Woods, G Calusine, A Melville, A Sevi, E Golden, DK Kim, ... Physical Review Applied 12 (1), 014012, 2019	142	2019
Probing quantum information propagation with out-of-time-ordered correlators J Braumüller, AH Karamlou, Y Yanay, B Kannan, D Kim, M Kjaergaard, ... Nature Physics 18 (2), 172-178, 2022	123	2022
Solid-state qubits integrated with superconducting through-silicon vias DRW Yost, ME Schwartz, J Mallek, D Rosenberg, C Stull, JL Yoder, ... npj Quantum Information 6 (1), 59, 2020	118	2020
Distinguishing coherent and thermal photon noise in a circuit quantum electrodynamical system F Yan, D Campbell, P Krantz, M Kjaergaard, D Kim, JL Yoder, D Hover, ... Physical Review Letters 120 (26), 260504, 2018	105	2018
Near-field light design with colloidal quantum dots for photonics and plasmonics SJP Kress, P Richner, SV Jayanti, P Galliker, DK Kim, D Poulikakos, ... Nano letters 14 (10), 5827-5833, 2014	105	2014
Direct patterning of colloidal quantum-dot thin films for enhanced and spectrally selective out-coupling of emission F Prins, DK Kim, J Cui, E De Leo, LL Spiegel, KM McPeak, DJ Norris Nano letters 17 (3), 1319-1325, 2017	103	2017
Non-Gaussian noise spectroscopy with a superconducting qubit sensor Y Sung, F Beaudoin, LM Norris, F Yan, DK Kim, JY Qiu, U von Lüpke, ... Nature communications 10 (1), 3715, 2019	101	2019
Coherent coupled qubits for quantum annealing SJ Weber, GO Samach, D Hover, S Gustavsson, DK Kim, A Melville, ... Physical Review Applied 8 (1), 014004, 2017	99	2017
High-fidelity, frequency-flexible two-qubit fluxonium gates with a transmon coupler L Ding, M Hays, Y Sung, B Kannan, J An, A Di Paolo, AH Karamlou, ... Physical Review X 13 (3), 031035, 2023	91	2023

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