Carlo Trigona, Suhail Ahmed Almani, Alireza Mehdi, Giuliano A Salerno, Vincenzina Strano, Ausrine Bartasyte, Samuel Margueron, Salvatore Baglio, Quentin Micard
WATERONIC proposes new liquid crystalline networks as selective adsorbents with built-in photocatalytic functionalities, whose adsorption, and then photodegradation effect versus emerging organic pollutants will be enhanced ad-hoc by using photonic structures. Hence, WATERONIC aims at breakthrough results overcoming the state-of-art on water purification exploiting different concepts and materials used in photonics.
Find out how we are able to observe non-volatile resistive switching in nanoscale tellurium and integrate it in mediator arrays. More details on Ghomi, Martella, et al., Adv. Sci. 2024.
I-PHOQS Infrastructure is thrilled to invite all the infrastructure’s members, PhDs and students to the School on New Trends in Photonics Applications.
Optimizing spin-charge conversion (SCC) processes operating at room temperature, is crucial to develop novel spintronic devices to shape the future of more-efficient and lower-power consuming nanoelectronics.The first studies concerning S
