Ireneusz Weymann

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Józef BarnaśUniwersytet im. Adama Mickiewicza w PoznaniuVerified email at amu.edu.pl
Krzysztof Piotr WójcikInstitute of Molecular Physics PAS (Poznań, Poland)Verified email at ifmpan.poznan.pl
Zarand GergelyProfessor in Physics, Budapest University of Technology and EconomicsVerified email at eik.bme.hu
Pascu Catalin MocaUniversity of Oradea, RomaniaVerified email at uoradea.ro
Vitalii DugaevProf. Dr., Rzeszów University of Technology (Poland)Verified email at prz.edu.pl
Jan von DelftProfessor of Theoretical Condensed Matter Physics, Ludwig-Maximilians-Universität MünchenVerified email at lmu.de
Andreas WeichselbaumBrookhaven National LaboratoryVerified email at bnl.gov
David Goldhaber-GordonProfessor of Physics, Stanford UniversityVerified email at stanford.edu
Andrew KellerAmazon Web ServicesVerified email at amazon.com
Martin Gmitrasenior researcher / lecturer at Pavol Jozef Šafárik University in Košice, CLTP SASVerified email at upjs.sk
Gerd SchönProfessor of Physics, Karlsruhe Institute of TechnologyVerified email at kit.edu
Jordan KatineSenior Director, Western Digital Research DivisionVerified email at wdc.com
Peter HadleyGraz University of TechnologyVerified email at tugraz.at
Diana MahaluDr, Weizmann Institute of Science, IsraelVerified email at weizmann.ac.il
Andreas K. HüttelUniversity of RegensburgVerified email at physik.uni-regensburg.de
Jay D SauProfessor, University of Maryland, College ParkVerified email at umd.edu
Eugene DemlerProfessor of Physics, ETH ZurichVerified email at ethz.ch
Norman YaoProfessor of Physics, Harvard UniversityVerified email at fas.harvard.edu
László Bordapreviously associate professor of physics at Budapest University of Technolgy and EconomicsVerified email at msci.com
Razvan ChirlaThe University of Oradea

Ireneusz Weymann

Adam Mickiewicz University

Verified email at amu.edu.pl - Homepage

solid state physics spintronics nanoelectronics


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From giant magnetoresistance to current-induced switching by spin transfer J Barnaś, A Fert, M Gmitra, I Weymann, VK Dugaev Physical Review B—Condensed Matter and Materials Physics 72 (2), 024426, 2005	221	2005
Tunnel magnetoresistance of quantum dots coupled to ferromagnetic leads in the sequential and cotunneling regimes I Weymann, J König, J Martinek, J Barnaś, G Schön Physical Review B—Condensed Matter and Materials Physics 72 (11), 115334, 2005	176	2005
Emergent SU (4) Kondo physics in a spin–charge-entangled double quantum dot AJ Keller, S Amasha, I Weymann, CP Moca, IG Rau, JA Katine, ... Nature Physics 10 (2), 145-150, 2014	145	2014
Simulating hybrid circuits of single-electron transistors and field-effect transistors G Lientschnig, I Weymann, P Hadley Japanese journal of applied physics 42 (10R), 6467, 2003	134	2003
Universal Fermi liquid crossover and quantum criticality in a mesoscopic system AJ Keller, L Peeters, CP Moca, I Weymann, D Mahalu, V Umansky, ... Nature 526 (7572), 237-240, 2015	120	2015
Universality of the Kondo effect in quantum dots with ferromagnetic leads M Gaaß, AK Hüttel, K Kang, I Weymann, J Von Delft, C Strunk Physical review letters 107 (17), 176808, 2011	104	2011
Spin effects in single-electron tunnelling J Barnaś, I Weymann Journal of Physics: Condensed Matter 20 (42), 423202, 2008	104	2008
Effects of different geometries on the conductance, shot noise, and tunnel magnetoresistance of double quantum dots I Weymann Physical Review B—Condensed Matter and Materials Physics 78 (4), 045310, 2008	87	2008
Nonequilibrium steady-state transport in quantum impurity models: A thermofield and quantum quench approach using matrix product states F Schwarz, I Weymann, J von Delft, A Weichselbaum Physical review letters 121 (13), 137702, 2018	86	2018
Spin effects in transport through single-molecule magnets in the sequential and cotunneling regimes M Misiorny, I Weymann, J Barnaś Physical Review B—Condensed Matter and Materials Physics 79 (22), 224420, 2009	84	2009
Zero-bias anomaly in cotunneling transport through quantum-dot spin valves I Weymann, J Barnaś, J König, J Martinek, G Schön Physical Review B—Condensed Matter and Materials Physics 72 (11), 113301, 2005	74	2005
Dark states in transport through triple quantum dots: The role of cotunneling I Weymann, BR Bułka, J Barnaś Physical Review B—Condensed Matter and Materials Physics 83 (19), 195302, 2011	68	2011
Interplay of the Kondo Effect and Spin-Polarized Transport in Magnetic Molecules,<? format?> Adatoms, and Quantum Dots M Misiorny, I Weymann, J Barnaś Physical review letters 106 (12), 126602, 2011	66	2011
Spin thermoelectric effects in Kondo quantum dots coupled to ferromagnetic leads I Weymann, J Barnaś Physical Review B—Condensed Matter and Materials Physics 88 (8), 085313, 2013	59	2013
Cotunneling through quantum dots coupled to magnetic leads: Zero-bias anomaly for noncollinear magnetic configurations I Weymann, J Barnaś Physical Review B—Condensed Matter and Materials Physics 75 (15), 155308, 2007	57	2007
Spin-resolved Andreev transport through double-quantum-dot Cooper pair splitters P Trocha, I Weymann Physical Review B 91 (23), 235424, 2015	53	2015
Transport properties of a hybrid Majorana wire-quantum dot system with ferromagnetic contacts I Weymann, KP Wójcik Physical Review B 95 (15), 155427, 2017	51	2017
Finite-temperature spintronic transport through Kondo quantum dots: Numerical renormalization group study I Weymann Physical Review B—Condensed Matter and Materials Physics 83 (11), 113306, 2011	51	2011
Spin diode behavior in transport through single-molecule magnets M Misiorny, I Weymann, J Barnaś Europhysics Letters 89 (1), 18003, 2010	49	2010
Transport characteristics of ferromagnetic single‐electron transistors I Weymann, J Barnaś physica status solidi (b) 236 (3), 651-660, 2003	48	2003

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