Research activities
SPIN mission is the study of superconductors and other innovative materials for electronic devices and for energetics.
The research activities span over :
- Basic experimental and theoretical studies on superconducting and magnetic materials, strongly correlate oxides and other innovative materials
- Material preparation (bulk, single crystals, thin films, multilayers, epitaxial superlattice)
- Advanced material characterization based on radiation-matter interactions (also at Syncrotron Radiation Facilities), transport and electronic properties measurements also in
presence of high external fields.
- Micro/nano superconducting electronic devices (for quantum computation and other applications), electronic devices based on oxides ("oxide electronics") and other innovative
materials.
- Realization of superconducting cables and tapes for power applications in the fields of biomedicine and high energy physics
SPIN research activity is organized into six "Activities" :
Novel superconducting and functional materials for energy and environment
(Activity leader: Emilio Bellingeri)
Superconducting and correlated low dimensional materials and devices for quantum electronics and spintronic
(Activity leader: marco Salluzzo)
Innovative materials with strong interplay of spin orbital charge and topological degrees of freedom
(Activity leader: Silvia Picozzi)
Light-matter interaction and non-equilibrium dynamics in advanced materials and devices
(Activity leader: Alberto Porzio)
Advanced materials and techniques for organic electronics, biomedical and sensing applications
(Activity leader: Mario Barra)
Electronic and thermal transport from the nanoscale to the macroscale
(Activity leader: Giovanni Cantele)