Fabio Taddei
Professor
Physics
Istituto Nanoscienze Consiglio Nazionale delle Ricerche Pisa
Italy
Biography
15/7/2004 - today: scientist at NEST, NANO-CNR in Pisa (Italy) within the group of Prof. F. Beltram. 1/9/2003 - 14/7/2004: postdoctoral position at NEST-INFM Research Center in Pisa (Italy) within the group of Prof. R. Fazio. 1/9/2000 - 31/8/2003: postdoctoral position within the European IST project, Superconducting Qubits: Quantum Computing with Josephson Junctions (SQUBIT), in collaboration with Prof. R. Fazio. September 1997 - August 2000: PhD in Physics at Lancaster University in the group of Prof. C. J. Lambert. Thesis: Spin-polarized transport in superconducting and ferromagnetic nanostructures. 31/5/1995: Laurea in Fisica at the University of Milano (Italy). Thesis: Theoretical analysis of the Pd/H system, 110/110 cum laude (supervisor Prof. G. Preparata).
Research Interest
Fabio Taddei research activity is within the theory of quantum and spin-dependent transport in nanostructures and graphene, and the study of the phase dynamics in superconducting circuits. More specifically, he have been working on: spin-dependent transport in hybrid superconductor/ferromagnet systems; time-dependent transport: adiabatic pumping in hybrid and spintronic structures; detection of electronic entanglement in multi-terminal structures thorough Bell-like inequalities and witness operators; spin-dependent non-equilibrium transport in hybrid superconductor/normal structures; heat transport and cooling in nanostructures; phase dynamics in superconducting circuits: mesoscopic Josephson junctions and quantum bits; transport in graphene nanoribbons: impact of strain, quantizing magnetic filed and proximity to superconductors. Recently he had started working on Majorana bound states in 1D nanowires and on thermoelectricity in hybrid multi-terminal systems.
Publications
-
Chirolli L, Taddei F, Fazio R, Giovannetti V (2013) Interactions in Electronic Mach-Zehnder Interferometers with Copropagating Edge Channels. Phys rev lett 111: 036801.
-
Mazza F, Bosisio R, Benenti G, Giovannetti V, Fazio R, et al. (2014) Thermoelectric efficiency of three-terminal quantum thermal machines. New J Phys 16: 085001.
-
Valentini S, Fazio R, Taddei F (2014) Andreev levels spectroscopy of topological three-terminal junctions. Phys Rev B 89: 014509.