Guido Burkard

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Daniel LossProfessor of Theoretical Physics, University of BaselVerified email at unibas.ch
David DiVincenzoDirector of Theoretical Nanoelectronics, Forschungszentrum Juelich & Professor of Physics, RWTH AachenVerified email at fz-juelich.de
Andor KormanyosEötvös Loránd University, BudapestVerified email at ttk.elte.hu
Jason R. PettaUCLA Physics & Astronomy Department and HRL LaboratoriesVerified email at physics.ucla.edu
Maximilian Rimbach-RussQuTech and Kavli Institute of Nanoscience, DelftVerified email at tudelft.nl
Andrey S. MoskalenkoAssociate Professor, KAISTVerified email at kaist.ac.kr
Viktor ZólyomiSTFC Hartree CentreVerified email at stfc.ac.uk
Neil DrummondLancaster UniversityVerified email at lancaster.ac.uk
Eugene SukhorukovUniversity of GenevaVerified email at unige.ch
Jacob TaylorJoint Center for Quantum Information and Computer Science; Joint Quantum Institute; NISTVerified email at umd.edu
David ZajacResearch Scientist, IBMVerified email at ibm.com
F. Joseph HeremansArgonne National Lab, University of ChicagoVerified email at anl.gov
Monica BenitoUniversität AugsburgVerified email at uni-a.de
Xiao MiResearch Scientist, GoogleVerified email at google.com
Hugo RibeiroAssistant Professor, UMass LowellVerified email at uml.edu
Felix BorjansGoogle Quantum AIVerified email at google.com
András PályiBudapest University of Technology and Economics, HungaryVerified email at mail.bme.hu
Anthony SigillitoUniversity of PennsylvaniaVerified email at seas.upenn.edu
B. TrauzettelInstitut für Theoretische Physik und Astrophysik, Universität Würzburg, GermanyVerified email at physik.uni-wuerzburg.de
Adrian AuerQuantum Engineer @ IQM Quantum ComputersVerified email at meetiqm.com

Guido Burkard

Professor of Physics, University of Konstanz

Verified email at uni-konstanz.de - Homepage

Condensed Matter Physics Spin Qubits Theoretical Physics Quantum computation Quantum Physics


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Quantum information processing using quantum dot spins and cavity QED A Imamoglu, DD Awschalom, G Burkard, DP DiVincenzo, D Loss, ... Physical Review Letters 83 (20), 4204-4207, 1999	2675	1999
Coupled quantum dots as quantum gates G Burkard, D Loss, DP DiVincenzo Physical Review B 59 (3), 2070, 1999	1971	1999
Spin qubits in graphene quantum dots B Trauzettel, DV Bulaev, D Loss, G Burkard Nature Physics 3 (3), 192-196, 2007	1294	2007
Universal quantum computation with the exchange interaction DP DiVincenzo, D Bacon, J Kempe, G Burkard, KB Whaley Nature 408, 339–342, 2000	1173	2000
k· p theory for two-dimensional transition metal dichalcogenide semiconductors A Kormányos, G Burkard, M Gmitra, J Fabian, V Zólyomi, ND Drummond, ... 2D Materials 2 (2), 022001, 2015	1014	2015
Resonantly driven CNOT gate for electron spins DM Zajac, AJ Sigillito, M Russ, F Borjans, JM Taylor, G Burkard, JR Petta Science 359 (6374), 439-442, 2018	603	2018
Spin-orbit coupling, quantum dots, and qubits in monolayer transition metal dichalcogenides A Kormányos, V Zólyomi, ND Drummond, G Burkard Physical Review X 4 (1), 011034, 2014	539	2014
A quantum memory intrinsic to single nitrogen-vacancy centres in diamond GD Fuchs, G Burkard, PV Klimov, DD Awschalom Nature Physics 7 (10), 790-794, 2011	532	2011
Semiconductor spin qubits G Burkard, TD Ladd, A Pan, JM Nichol, JR Petta Reviews of Modern Physics 95 (2), 025003, 2023	527	2023
Monolayer MoS: Trigonal warping, the valley, and spin-orbit coupling effects A Kormányos, V Zólyomi, ND Drummond, P Rakyta, G Burkard, VI Fal'Ko Physical Review B—Condensed Matter and Materials Physics 88 (4), 045416, 2013	527	2013
A coherent spin–photon interface in silicon X Mi, M Benito, S Putz, DM Zajac, JM Taylor, G Burkard, JR Petta Nature 555 (7698), 599-603, 2018	477	2018
Dephasing of a superconducting qubit induced by photon noise P Bertet, I Chiorescu, G Burkard, K Semba, C Harmans, DP DiVincenzo, ... Physical Review Letters 95 (25), 257002, 2005	379	2005
Noise of entangled electrons: Bunching and antibunching G Burkard, D Loss, EV Sukhorukov Physical Review B 61 (24), 16303-16306, 2000	311	2000
Direct sampling of electric-field vacuum fluctuations C Riek, DV Seletskiy, AS Moskalenko, JF Schmidt, P Krauspe, S Eckart, ... Science 350 (6259), 420-423, 2015	306	2015
Accelerated quantum control using superadiabatic dynamics in a solid-state lambda system BB Zhou, A Baksic, H Ribeiro, CG Yale, FJ Heremans, PC Jerger, A Auer, ... Nature Physics 13 (4), 330-334, 2017	276	2017
Multilevel quantum description of decoherence in superconducting qubits G Burkard, RH Koch, DP DiVincenzo Physical Review B 69 (6), 064503, 2004	253	2004
Spintronics and quantum dots for quantum computing and quantum communication G Burkard, HA Engel, D Loss Fortschr. Phys. 48, 965-986, 2000	242	2000
Bound states and magnetic field induced valley splitting in gate-tunable graphene quantum dots P Recher, J Nilsson, G Burkard, B Trauzettel Physical Review B 79 (8), 085407, 2009	222	2009
Fault-tolerant quantum computation for local non-Markovian noise BM Terhal, G Burkard Phys. Rev. A 71, 012336, 2005	214	2005
Decoherence in solid-state qubits L Chirolli, G Burkard Advances in Physics 57 (3), 225-285, 2008	211	2008

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