T. P. Orlando , J. B. Majer , L. S. Levitov , J. E. Mooij
arXiv: Mesoscale and Nanoscale Physics
T. P. Orlando , J. B. Majer , L. S. Levitov , J. E. Mooij
J. B. Majer , J. R. Butcher , J. E. Mooij
Applied Physics Letters 80 ( 19) 3638 -3640
J. B. Majer , J. Peguiron , M. Grifoni , M. Tusveld
Physical Review Letters 90 ( 5) 056802
M. Grifoni , M. S. Ferreira , J. Peguiron , J. B. Majer
Physical Review Letters 89 ( 14) 146801
J. B. Majer , F. G. Paauw , A. C. J. ter Haar , C. J. P. M. Harmans
Physical Review Letters 94 ( 9) 090501 -090501
JB Majer , FG Paauw
Phys. Rev. Lett 94 090501 -090501
JB Majer , FG Paauw , ACJ ter Haar , CJPM Harmans
arXiv preprint cond-mat/0308192
M Grifoni , MS Ferreira , J Peguiron , JB Majer
arXiv preprint cond-mat/0208549
M Grifoni , MS Ferreira , J Peguiron , JB Majer
Phys. Rev. Lett. 89 146801 -146801
Stefan Haslinger , Jörg Schmiedmayer , Johannes Majer , Christian Koller
Applied Physics B 116 ( 4) 1017 -1021
Kevin Bladh , Benjamin Turek , Robert Schoelkopf , Aashish Clerk
APS 2004
Ignacio Gimeno , Wenzel Kersten , María C. Pallarés , Pablo Hermosilla
ACS Nano 14 ( 7) 8707 -8715
Tobias Nöbauer , Andreas Angerer , Björn Bartels , Michael Trupke
Physical Review Letters 115 ( 19) 190801 -190801
Guy Bensky , Robert Amsüss , Johannes Majer , David Petrosyan
Quantum Information Processing 10 ( 6) 1037 -1060
Andreas Angerer , Kirill Streltsov , Thomas Astner , Stefan Putz
Nature Physics 14 ( 12) 1
Andreas Angerer , Thomas Astner , Daniel Wirtitsch , Hitoshi Sumiya
Applied Physics Letters 109 ( 3) 033508
Mark David Jenkins , Uta Naether , Miguel Ciria , Javier Sesé
Applied Physics Letters 105 ( 16) 162601
Florian M Brunbauer , Emmerich Bertagnolli , Johannes Majer , Alois Lugstein
Nanotechnology 27 ( 38) 385704
Andreas Angerer , Stefan Putz , Dmitry O. Krimer , Thomas Astner
Science Advances 3 ( 12)