Maja Cassidy

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L.p. KouwenhovenDelft University of TechnologyEmail verificata su tudelft.nl
Charles M. MarcusMaterials Science and Engineering and Department of Physics, University of WashingtonEmail verificata su uw.edu
Erik BakkersEmail verificata su tue.nl
Sébastien PlissardLAAS, CNRS, Université de ToulouseEmail verificata su laas.fr
Menyoung LeeCornell UniversityEmail verificata su cornell.edu
Önder GülQuTech and Netherlands Organisation for Applied Scientific Research (TNO)Email verificata su tno.nl
Diana CarEindhoven University of TechnologyEmail verificata su tue.nl
Chandrasekhar RamanathanProfessor of Physics and Astronomy, DartmouthEmail verificata su dartmouth.edu
Andrew DzurakScientia Professor in Electrical Engineering, UNSWEmail verificata su unsw.edu.au
Ronald WalsworthProfessor, University of MarylandEmail verificata su umd.edu
Fei PeiPhD, Delft University of TechnologyEmail verificata su asml.com
David G. CoryCanada Exellence Research Chair in Quantum Information Processing, Institute for Quantum ComputingEmail verificata su uwaterloo.ca
Robert A. BartonSenior Applied Scientist, AmazonEmail verificata su cornell.edu
Peter KrogstrupCEO, NQCP & Quantum Foundry CPH. Professor, Niels Bohr Institute.Email verificata su nbi.dk
Karl PeterssonMicrosoft QuantumEmail verificata su microsoft.com
Vincent MourikForschungszentrum JülichEmail verificata su fz-juelich.de
Silvan SchmidTU WienEmail verificata su tuwien.ac.at
Ian FarrerElectronic and Electrical Engineering, University of SheffieldEmail verificata su sheffield.ac.uk
Prof. Charles G. SmithDepartment of Physics, University of Cambridge and Manager of the Hitachi Cambridge LaboratoryEmail verificata su cam.ac.uk
Alison L HillAssistant Professor, Institute for Computational Medicine, Johns Hopkins UniversityEmail verificata su jhmi.edu

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Maja Cassidy

UNSW

Email verificata su unsw.edu.au - Home page


Titolo Ordina per citazioni Ordina per anno Ordina per titolo	Citata da Citata da	Anno
Edge-mode superconductivity in a two-dimensional topological insulator VS Pribiag, AJA Beukman, F Qu, MC Cassidy, C Charpentier, ... Nature nanotechnology 10 (7), 593-597, 2015	276	2015
Ballistic superconductivity in semiconductor nanowires H Zhang, Ö Gül, S Conesa-Boj, MP Nowak, M Wimmer, K Zuo, V Mourik, ... Nature communications 8 (1), 16025, 2017	241	2017
In vivo magnetic resonance imaging of hyperpolarized silicon particles MC Cassidy, HR Chan, BD Ross, PK Bhattacharya, CM Marcus Nature nanotechnology 8 (5), 363-368, 2013	188	2013
InAs-Al hybrid devices passing the topological gap protocol M Aghaee, A Akkala, Z Alam, R Ali, A Alcaraz Ramirez, M Andrzejczuk, ... Physical Review B 107 (24), 245423, 2023	165	2023
Hard superconducting gap in InSb nanowires O Gül, H Zhang, FK de Vries, J van Veen, K Zuo, V Mourik, ... Nano letters 17 (4), 2690-2696, 2017	156	2017
Demonstration of an ac Josephson junction laser MC Cassidy, A Bruno, S Rubbert, M Irfan, J Kammhuber, RN Schouten, ... Science 355 (6328), 939-942, 2017	138	2017
Conductance quantization at zero magnetic field in InSb nanowires J Kammhuber, MC Cassidy, H Zhang, O Gul, F Pei, MWA De Moor, ... Nano letters 16 (6), 3482-3486, 2016	124	2016
Single shot charge detection using a radio-frequency quantum point contact MC Cassidy, AS Dzurak, RG Clark, KD Petersson, I Farrer, DA Ritchie, ... Applied Physics Letters 91 (22), 2007	122	2007
Silicon nanoparticles as hyperpolarized magnetic resonance imaging agents JW Aptekar, MC Cassidy, AC Johnson, RA Barton, M Lee, AC Ogier, C Vo, ... ACS nano 3 (12), 4003-4008, 2009	113*	2009
Conductance through a helical state in an Indium antimonide nanowire J Kammhuber, MC Cassidy, F Pei, MP Nowak, A Vuik, Ö Gül, D Car, ... Nature communications 8 (1), 478, 2017	107	2017
Demonstration of a silicon-based quantum cellular automata cell M Mitic, MC Cassidy, KD Petersson, RP Starrett, E Gauja, R Brenner, ... Applied Physics Letters 89 (1), 2006	99	2006
Synthesis of Long T₁ Silicon Nanoparticles for Hyperpolarized ²⁹Si Magnetic Resonance Imaging TM Atkins, MC Cassidy, M Lee, S Ganguly, CM Marcus, SM Kauzlarich ACS nano 7 (2), 1609-1617, 2013	92	2013
Magnetic-field-resilient superconducting coplanar-waveguide resonators for hybrid circuit quantum electrodynamics experiments JG Kroll, F Borsoi, KL Van Der Enden, W Uilhoorn, D De Jong, ... Physical Review Applied 11 (6), 064053, 2019	88	2019
Magnetic field compatible circuit quantum electrodynamics with graphene Josephson junctions JG Kroll, W Uilhoorn, KL van der Enden, D de Jong, K Watanabe, ... Nature communications 9 (1), 4615, 2018	88	2018
Highly transparent gatable superconducting shadow junctions SA Khan, C Lampadaris, A Cui, L Stampfer, Y Liu, SJ Pauka, ME Cachaza, ... ACS nano 14 (11), 14605-14615, 2020	46	2020
Autonomous tuning and charge-state detection of gate-defined quantum dots J Darulová, SJ Pauka, N Wiebe, KW Chan, GC Gardener, MJ Manfra, ... Physical Review Applied 13 (5), 054005, 2020	46	2020
Single-layer graphene on silicon nitride micromembrane resonators S Schmid, T Bagci, E Zeuthen, JM Taylor, PK Herring, MC Cassidy, ... Journal of Applied Physics 115 (5), 2014	45	2014
Real-time MRI-guided catheter tracking using hyperpolarized silicon particles N Whiting, J Hu, JV Shah, MC Cassidy, E Cressman, ... Scientific reports 5 (1), 12842, 2015	44	2015
Radical-free dynamic nuclear polarization using electronic defects in silicon MC Cassidy, C Ramanathan, DG Cory, JW Ager, CM Marcus Physical Review B—Condensed Matter and Materials Physics 87 (16), 161306, 2013	37	2013
Characterizing quantum devices at scale with custom cryo-CMOS SJ Pauka, K Das, JM Hornibrook, GC Gardner, MJ Manfra, MC Cassidy, ... Physical Review Applied 13 (5), 054072, 2020	36	2020

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