S. Andergassen 
Universitat Tubingen, Germany 
Magnetoelectric spectroscopy of Andreev bound states in Josephson quantum dots

A.V. Balatsky 
Los Alamos National Lab, USA 
Universal bound states in Dirac materials

A. Baumgartner 
University of Basel, Switzerland 
Electron spectroscopy of Andreev type bound states in carbon nanotubes
and semiconducting nanowires

W. Belzig 
University of Konstanz, Germany 
Manipulating superconductivity by spinactive interfaces

A. BlackSchaffer 
Uppsala University, Sweden 
Majorana fermions using magnetic impurities in spinorbit coupled superconductors

M.S. Choi 
Korea University, Seoul, Korea 
New quantum phase transition from triad interplay of Kondo effect,
magnetism, and superconductivity

R. Egger 
HeinrichHeineUniversitat, Dusseldorf, Germany 
Topological Kondo effect from Majorana bound states

R. Deblock 
Universite Paris Sud, France 
Josephson effect in a carbon nanotube: 0pi transitions and high frequency emission

S. de Franceschi 
CEA Grenoble, France 
Magnetic properties of Andreev states in hybrid superconductorsemiconductor nanowire

J. Konig 
Universitat DuisburgEssen, Germany 
Unconventional superconductivity in quantumdot systems

E. Lee 
Universidad Autonoma de Madrid, Spain 
Andreev states in hybrid superconductorsemiconductor quantum dots

A. Levy Yeyati 
Universidad Autonoma de Madrid, Spain 
Andreev bound states formation and quench dynamics revealed
by timedependent counting statistics

R. Lutchyn 
University of California, USA 
Coulomb blockade effect in proximitized nanowires

V. Meden 
Aachen University, Germany 
Josephson current through the Anderson quantum dot with superconducting leads

R. Melin 
Institut Neel, Grenoble, France 
FloquetWannierStarkAndreev viewpoint for threeterminal Josephson junctions

T. Meng 
Technische Universitat Dresden, Germany 
YuShibaRusinov bound states: topological dynamics

Y.V. Nazarov 
Delft University of Technology, Netherlands 
Novel topologies in superconducting junctions and nanostructures

T. Novotny 
Charles University, Prague, Czech Republic 
Perturbation theory for a correlated quantum dot attached to superconducting leads

J. Nygard 
Niels Bohr Institute, University of Copenhagen, Denmark 
Spectroscopy of subgap states in coupled hybrid quantum dots

J. Paaske 
Niels Bohr Institute, University of Copenhagen, Denmark 
YuShibaRusinov states in quantum dots

H. Pothier 
CEA Saclay, France 
Andreev bound states in superconducting weak links

Ch. Strunk 
Universitat Regensburg, Germany 
Andreev bound states and spinorbit interaction in InAsbased Josephson junctions

C.B. Winkelmann 
Institut Neel, Grenoble, France 
Bound states in superconductors: density of states and Josephson coupling

A. Zaikin 
Karlsruhe Institute of Technology, Germany 
Andreev levels as a quantum dissipating environment
