| Decoherence in Josephson qubits from dielectric loss JM Martinis, KB Cooper, R McDermott, M Steffen, M Ansmann, KD Osborn, ... Physical review letters 95 (21), 210503, 2005 | 1042 | 2005 |
| Decoherence in Josephson phase qubits from junction resonators RW Simmonds, KM Lang, DA Hite, S Nam, DP Pappas, JM Martinis Physical Review Letters 93 (7), 077003, 2004 | 636 | 2004 |
| Reversible transition between perpendicular and in-plane magnetization in ultrathin films DP Pappas, KP Kämper, H Hopster Physical Review Letters 64 (26), 3179, 1990 | 549 | 1990 |
| Simultaneous state measurement of coupled Josephson phase qubits R McDermott, RW Simmonds, M Steffen, KB Cooper, K Cicak, KD Osborn, ... Science 307 (5713), 1299-1302, 2005 | 402 | 2005 |
| Observation of Quantum Oscillations between a Josephson Phase Qubit<? format?> and a Microscopic Resonator Using Fast Readout KB Cooper, M Steffen, R McDermott, RW Simmonds, S Oh, DA Hite, ... Physical Review Letters 93 (18), 180401, 2004 | 311 | 2004 |
| Improved superconducting qubit coherence using titanium nitride JB Chang, MR Vissers, AD Córcoles, M Sandberg, J Gao, DW Abraham, ... Applied Physics Letters 103 (1), 2013 | 283 | 2013 |
| Low-frequency noise measurements on commercial magnetoresistive magnetic field sensors NA Stutzke, SE Russek, DP Pappas, M Tondra Journal of Applied Physics 97 (10), 2005 | 267 | 2005 |
| 100-Fold Reduction of Electric-Field Noise in an Ion Trap Cleaned with In Situ <?format ?>Argon-Ion-Beam Bombardment DA Hite, Y Colombe, AC Wilson, KR Brown, U Warring, R Jördens, ... Physical review letters 109 (10), 103001, 2012 | 258 | 2012 |
| Materials loss measurements using superconducting microwave resonators CRH McRae, H Wang, J Gao, MR Vissers, T Brecht, A Dunsworth, ... Review of Scientific Instruments 91 (9), 2020 | 234 | 2020 |
| Spin-dependent electron attenuation by transmission through thin ferromagnetic films DP Pappas, KP Kämper, BP Miller, H Hopster, DE Fowler, CR Brundle, ... Physical review letters 66 (4), 504, 1991 | 230 | 1991 |
| Two level system loss in superconducting microwave resonators DP Pappas, MR Vissers, DS Wisbey, JS Kline, J Gao IEEE Transactions on Applied Superconductivity 21 (3), 871-874, 2011 | 216 | 2011 |
| Low loss superconducting titanium nitride coplanar waveguide resonators MR Vissers, J Gao, DS Wisbey, DA Hite, CC Tsuei, AD Corcoles, ... Applied Physics Letters 97 (23), 2010 | 207 | 2010 |
| Correlating decoherence in transmon qubits: Low frequency noise by single fluctuators S Schlör, J Lisenfeld, C Müller, A Bilmes, A Schneider, DP Pappas, ... Physical review letters 123 (19), 190502, 2019 | 203 | 2019 |
| Origin and Reduction of Magnetic Flux Noise in Superconducting Devices P Kumar, S Sendelbach, MA Beck, JW Freeland, Z Wang, H Wang, CC Yu, ... Physical Review Applied 6 (4), 041001, 2016 | 192 | 2016 |
| Magnetic reconstruction of the Gd (0001) surface H Tang, D Weller, TG Walker, JC Scott, C Chappert, H Hopster, AW Pang, ... Physical review letters 71 (3), 444, 1993 | 190 | 1993 |
| Measuring a Topological Transition in an Artificial Spin- System MD Schroer, MH Kolodrubetz, WF Kindel, M Sandberg, J Gao, MR Vissers, ... Physical review letters 113 (5), 050402, 2014 | 179 | 2014 |
| Reduction of macroscopic moment in ultrathin Fe films as the magnetic orientation changes DP Pappas, CR Brundle, H Hopster Physical Review B 45 (14), 8169, 1992 | 163 | 1992 |
| Low-noise kinetic inductance traveling-wave amplifier using three-wave mixing MR Vissers, RP Erickson, HS Ku, L Vale, X Wu, GC Hilton, DP Pappas Applied physics letters 108 (1), 2016 | 151 | 2016 |
| Direct observation of coherent population trapping in a superconducting artificial atom WR Kelly, Z Dutton, J Schlafer, B Mookerji, TA Ohki, JS Kline, DP Pappas Physical review letters 104 (16), 163601, 2010 | 150 | 2010 |
| Quantitative near‐edge structure analysis of diamond‐like carbon in the electron microscope using a two‐window method J Bruley, DB Williams, JJ Cuomo, DP Pappas Journal of microscopy 180 (1), 22-32, 1995 | 148 | 1995 |
Michael VissersNational Institute of Standards and TechnologyE-mailová adresa ověřena na: nist.gov