Cnr SPIN - News & Events

Workshop per il progetto NFFA-DI

Lo scorso 10 Luglio, si è tenuto online il workshop "Growth of epitaxial thin films and multilayers by pulsed laser deposition, with real-time and in-situ monitoring of the process and post-deposition analyses". L'evento, organizzato da CNR-SPIN Napoli nell'ambito delle azioni del WP8 per il Progetto NFFA-Digital Infrastructures, ha registrato una partecipazione molto significativa con la presenza di oltre 90 tra ricercatori, post-doc e PhD.

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Chiral multiferroicity in two-dimensional hybrid organic-inorganic perovskites

In a paper recently published in Nature Communications, an international team, led by Prof. Kian Ping Loh, The Hong Kong Polytechnic University (PolyU) and National University of Singapore(NUS), for the experimental part and by Dr. Alessandro Stroppa, CNR-SPIN, for the theoretical part, demonstrates, for the first kind, the coexistence of chirality, electric and magnetic orders in a hybrid organic-inorganic perovskite (R/S)-(MPA)2CuCl4 (MPA = β-methylphenethylamine).

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The IEEE-CSC ITALY Chapter

In the framework of Applied Superconductivity in Italy 2024, several project leaders are invited to present the activities taking place in Italy to the IEEE Council of Superconductivity.The CSC Italy Chapter Chair in University Roma Tre at Department of Industrial, Electronic and Mechanical and Engineering on 28 May 2024 organizes the event.

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La seconda Edizione di “MISSIONE FISICA”

E’ appena giunta al termine la 2° edizione di ”MISSIONE FISICA: IL CNR INCONTRA LE SCUOLE”, l’iniziativa dedicata allo sviluppo di PCTO (Percorsi per le Competenze Trasversali e l’Orientamento) ideata e realizzata dagli Istituti CNR INO, ISASI e SPIN a favore di scuole secondarie della provincia di Napoli. L’edizione di quest’anno ha visto la partecipazione di 6 classi provenienti dai Licei “Rita Levi Montalcini” di Quarto e “Giuseppe Mercalli” di Napoli per un totale di circa 130 studenti.

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The Shanghai International Crystallographic School - Workshop on chirality in solid-state physics and quantum materials

The applications of symmetry properties in condensed-matter physics has become of paramount importance at the forefronts of chemistry and materials science. To unveil the microscopic mechanisms at the basis of the intriguing physical properties of complex materials, advanced computational tools are often required for describing symmetries of crystals and their impact on electronic and magnetic structure of the materials.

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