Brief CV

 Education

Title of Ph.D. thesis: Noisy dynamics in long and short Josephson junctions. Supervisor: Prof. Dr. B. Spagnolo.

 

Thesis: "Structural, magnetic, and electronic properties of FeO and NiO ultrathin films in epitaxial growth of a surface Cu (001), using ab initio simulations”.

Supervisors: Prof. Dr. M. Merli, Prof. Dr. F. M. Gelardi. Grade: 110/110 cum laude.

National Scientific Habilitation (ASN)


Current position

Previous positions

Project: Study of Electrical Trasport Phenomena and Thermal Properties in solid-state systems, in particular in superconductors


Project: “Theoretical studies of Magneto‐electric Effects at hybrid Interfaces between Superconductors and magnetic Insulators”.  PI: Dr. S. Bergeret


Project: “Theoretical physics to study the coherent heat transport properties in Josephson superconducting systems”. ERC Consolidator Grant “Coherent manipulation and control of heat in solid-state nanostructures: the era of coherent caloritronics (COMANCHE)” – PI: Dr. F. Giazotto

 

Project: “Theoretical physics to study the coherent heat transport properties in Josephson superconducting systems”. FIRB project “Coherent caloritronics in mesoscopic superconducting circuits (CoCa)” - PI: Prof. P. Solinas


Project: “Noise analysis in electronic devices of interest for the cooperative upconversion” - PI: Prof. Dr. B. Spagnolo. 

 

  

 

Scientific Visits