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Claudio Severino

ORCID: 0009-0005-8815-4710
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About
Contact & Profiles
A5005352465
Research Areas
  • Superconducting Materials and Applications
  • Magnetic and Electromagnetic Effects
  • Electromagnetic Fields and Biological Effects
  • Artificial Intelligence in Healthcare and Education
  • Hip and Femur Fractures
  • Spacecraft and Cryogenic Technologies
  • Particle accelerators and beam dynamics
  • Physics of Superconductivity and Magnetism
  • Magnetic confinement fusion research
  • Biofield Effects and Biophysics
  • Bone fractures and treatments

University of Salerno
 2023-2025

Azienda Ospedaliero-Universitaria di Modena
 2018

University of Modena and Reggio Emilia
 2018

 Progress in the IRIS project in Italy
OPENALEX - Publications 
L. Rossi P. Campana B. Di Girolamo Marta Della Torre Pasquale Arpaïa and 60 more C. Attanasio Francesco Avitabile Lorenzo Balconi E. Bellingeri Enrico Beneduce Cristina Bernini A. Bersani A. Bianchi S. Burioli Simone Busatto Antonio Caldarelli Massimiliano Cannavó A. Chiuchiolo Matteo Cialone C. Cirillo Mario Cuoco Davide Cuneo Gabriele Crespi D. D’Agostino Riccardo de Asmundis M. Franco Ernesto De Matteis S. De Pasquale Stefano Dotti Antonio Espósito G. Fiorillo Gianfrancesco Grauso Stefano Maffezzoli Felis Todor Gusvitskii Angelo Leo F. Levi A. Malagoli F. Mariani S. Mariotto D. Marré Giuseppe Maruccio F. Miletto Granozio Anna Grazia Monteduro R. Musenich Luigi Parodi Simone Passaglia Danilo Pedrini Marco Prioli M. Putti Masood Rauf Khan Silvia Rizzato L. Sabbatini A. Saggese Carlo Santini E. Sarnelli Giuseppe Scarantino A. Selce Claudio Severino M. Sorbi S. Di Stefano M. Statera Andrea Traverso R. U. Valente Alessandro Vannozzi Mohammadhassan Valadan

In the frame of EU Next Generation Europe program, Italian Minister University and Research has approved IRIS project (Innovative Infrastructure for applied Superconductivity). will be active in six poles. The poles are spread all over Italy: Milano, hub infrastructure; Genova, Frascati, Napoli, Salerno, Lecce. scope is to provide an infrastructure accompany development superconductivity basic research like accelerators. It also aims at developing societal applications superconductivity,...

10.1109/tasc.2025.3526740 article EN IEEE Transactions on Applied Superconductivity 2025-01-01
 Can Clinical and Surgical Parameters Be Combined to Predict How Long It Will Take a Tibia Fracture to Heal? A Prospective Multicentre Observational Study: The FRACTING Study
OPENALEX - Publications 
Leo Massari Francesco Benazzo Francesco Falez Ruggero Cadossi D Perugia and 74 more L. Pietrogrande Domenico Aloj Antonio Capone Michele D’Arienzo Matteo Cadossi Vincenzo Lorusso Gaetano Caruso Matteo Ghiara Luigi Ciolli Filippo La Cava Marco Guidi Filippo Castoldi Giuseppe Marongiu Alessandra La Gattuta Dario Dell’Omo Michelangelo Scaglione Sandro Giannini Mattia Fortina Alberto Riva Pier Luigi De Palma Antonio Gigante Biagio Moretti Giuseppe Solarino Francesco Lijoi Giovanni Giordano Pier Giorgio Londini Danilo Castellano Giuseppe Sessa Luciano Costarella Antonio Barile Mariano Borrelli A. Rota Raffaele Fontana Alberto Momoli Andrea Micaglio Guido Bassi Rossano Stefano Cornacchia Claudio Castelli Michele Giudici Mauro Monesi Luigi Branca Vergano Pietro Maniscalco M’Putu Bulabula Vincenzo Zottola Auro Caraffa P. Antinolfi Fabio Catani Claudio Severino E Castaman Carmelo Scialabba Venceslao Tovaglia Pietro Corsi Paolo Friemel Marco Ranellucci Vincenzo Caiaffa Giovanni Maraglino Roberto Rossi Antonio Pastrone P. Caldora Claudio Cusumano P. B. SQUARZINA Ugo Baschieri Ettore Demattè Stefano Gherardi Carlo De Roberto Alberto Belluati Antonio Giannini Ciro Villani P.J. Persiani Silvio Demitri Bruno Di Maggio Getachew T Abate Francesca De Terlizzi Stefania Setti

Background . Healing of tibia fractures occurs over a wide time range months, with number risk factors contributing to prolonged healing. In this prospective, multicentre, observational study, we investigated the capability FRACTING (tibia FRACTure prediction healING days) score, calculated soon after fracture treatment, predict healing time. Methods The study included 363 patients. Information on patient health, morphology, and surgical treatment adopted were combined calculate score....

10.1155/2018/1809091 article EN cc-by BioMed Research International 2018-01-01
 IRIS-A New Distributed Research Infrastructure on Applied Superconductivity
OPENALEX - Publications 
L. Rossi Pasquale Arpaïa C. Attanasio Guerino Avallone Francesco Avitabile and 55 more Lorenzo Balconi E. Bellingeri Enrico Beneduce Tiina Benson Cristina Bernini A. Bersani A. Bianchi F. Broggi S. Burioli P. Campana Massimiliano Cannavó L. Canonica Matteo Cialone C. Cirillo Mario Cuoco D. D’Agostino M. Franco Marta Della Torre Ernesto De Matteis S. De Pasquale B. Di Girolamo Antonio Espósito S. Farinon G. Fiorillo U. Gambardella Raffaele Gargiulo Gianfrancesco Grauso Angelo Leo Enrico Leo Stefano Maffezzoli Felis A. Malagoli S. Mariotto D. Marré Giuseppe Maruccio F. Miletto Anna Grazia Monteduro R. Musenich Luigi Parodi Danilo Pedrini Marco Prioli M. Putti Silvia Rizzato L. Sabbatini A. Saggese Carlo Santini E. Sarnelli A. Selce Claudio Severino Fabio Severino M. Sorbi S. Di Stefano M. Statera Andrea Traverso R. U. Valente Alessandro Vannozzi

In the frame of Next Generation Europe program, EU program to boost after-covid recovery, Italian Minister University and Research has funded a project called IRIS (Innovative Infrastructure for applied Superconductivity). New laboratories will be built or upgraded in six poles: Milan (hub infrastructure), Genoa, Frascati, Naples, Salerno Lecce, carry out basic research on magnetism superconducting materials, test wires, tapes large current cables, magnets construction with advanced...

10.1109/tasc.2023.3341984 article EN IEEE Transactions on Applied Superconductivity 2023-12-12
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