The Workshop is organized as part of the EU FET-Open project SUPERGATE which involves research groups from the University of Konstanz, the CNR-NANO and CNR-SPIN, the University of Budapest, the University of Geneve, the University of Chalmers and the company SeeQC.
Andrea Amoretti | University of Genova, Italy |
Julien Basset | Université Paris-Saclay, France |
Johanna Berger | University of Regensburg, Germany |
Karl Berggren | MIT Boston, USA |
Jinwoong Cha | Korea Research Institute of Standards and Science, Korea |
Dario Daghero | University of Torino, Italy |
Christian Degen | ETH Zurich, Switzerland |
Kaveh Delfanazari | University of Glasgow, Scotland |
Julia Meyer | Université Grenoble Alpes, France |
Yuri Pashkin | Lancaster University, UK |
Thomas Jalabert | CEA Grenoble, France |
Björn Trauzettel | University of Würzburg, Germany |
Rohith Acharya | Researcher at IMEC |
Marco Arzeo | Lab manager at SeeQc-EU |
Michaela Eichinger | Solution manager - quantum computing at Quantum Machines |
Claudio Puglia | CEO at DSQM |
Markus Ritter | EU policy officer - quantum technologies |
Daniela Salvoni | EU sales director at Photon Technology Italy SRL |
Angelo Di Bernardo (University of Salerno)
Mario Cuoco (CNR SPIN)
Francesco Giazotto (CNR NANO)
Elke Scheer (University of Konstanz)
Marco Arzeo (SeeQc-EU)
Wolfgang Belzig (University of Konstanz)
Andrea Caviglia (UNITEC University of Genève)
Szabolcs Csonka (Budapest University)
Simone Gasparinetti (Chalmers University of Technology)
Antonio Vecchione (CNR SPIN)
Luciano Jacopo D’Onofrio (CNR SPIN)
Rosalba Fittipaldi (CNR SPIN)
Francesco Gabriele (CNR SPIN)
Mariateresa Lettieri (CNR SPIN)
Maria Teresa Mercaldo (University of Salerno)
Salvatore Abate (CNR SPIN Salerno)
Bernardo Amoruso (University of Salerno)
Carmen D'Apolito (University of Salerno)
Vincenzo Di Marino (University of Salerno)
Antonia Loffredo (CNR SPIN, Italy)
Rosalia Sacco (CNR SPIN, Italy)
The aim of the meeting SUPERGATE2024 is to bring together
members of the SUPERGATE consortium along with leading
scientists working in the fields of superconductivity, to
discuss their recent findings at the forefront of research
done in the areas of superconducting materials and devices,
with particular focus on mechanisms and applications related
to gate-controlled superconductivity. We aim to discuss the
recent and most advanced developments in the field of gate
controlled supercurrent, and in general about gate and
electrically induced emergent phenomena in superconductors
including materials solutions and novel devices. Through a
better understanding of the mechanisms, driven superconducting
phases and emergent transport properties, one can envision
achieving a high degree of control over gate controlled
elements for superconducting electronics.
Furthermore, the advancement in materials design strategies
can contribute in tackling present experimental and
technological challenges with the aim of providing a
perspective on the ways-to-go towards new concepts, effects,
materials and applications.