Research Interests

Throughout my career, my research has dealt with the following topics:

• Rhombohedral multilayer graphene

  • Intrinsic and structural domain walls

• Superconducting diode effect

• Hybrid superconductor-semiconductor systems

  • Majorana zero modes in hybrid nanowires and planar heterojunctions

  • Quasi-Majoranas

  • Ferromagnetic hybrids

  • Topological qubits

  • Andreev states in Josephson junctions and Andreev qubits

  • Fluxoid solitons in bottlenecks and Corbino Josephson junctions

• Topology in electronic systems

  • Topological insulators

  • Topological superconductors

• Graphene and other 2D crystals

  • Monolayers, multilayers, twisted bilayers, superlattices

  • Disorder

  • Magnetotransport, quantum Hall effect

  • Spintronics, pseudospintronics, valleytronics

  • Quantum pumping, out-of-equilibrium phenomena

  • Elastic deformations, folded nanoribbons, straintronics

  • Excitons, optoelectronics

• Electron and spin transport in mesoscopic systems

  • Hybrid nanostructures with superconductors, Josephson effect

  • Spintronics, spin-orbit interaction, spin relaxation

  • Current fluctuations and Full Counting Statistics

• Entanglement in condensed matter physics

  • Generation: non-local spin-entangled electron pairs from superconductors, other entanglers...

  • Evolution: in the presence of decoherence and spin-orbit interaction

  • Detection: by means of Bell inequalities, shot noise, concurrence