Graphene and related materials have emerged as an ideal solution to combine spin localization and diffusion. These atomically thin materials can be fabricated with atomic precision, opening the door to fabrication of designer structures with precise shape, composition, spin arrangement, and interconnected by graphene electrodes for electrostatic or quantum gates. In relation to our participation […]
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The DIPC postdoctoral research fellow, Dr. Pedro Brandimarte, is leaving the SPRING project by the end of June 2020. We all congratulate him for his new and exciting position at Alerion company, in aviation and aerospace industry. We are certain that he will tackle this new venture with the same passion and dedication he displayed […]
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We are pleased to inform you about the successful hiring of Phd student Alessio Vegliante from Sapienza University of Rome, Italy. Adding deep knowledge about electronic structure and magnetic properties of ultrathin ferromagnetic films intercalated below graphene to our scientific profile at CIC nanoGUNE. Alessio will join us from the 1rst of July 2020. Welcome […]
Read MoreWe are welcoming our latest SPRING project team member, Jeremy Gérard Hieulle as Post-doctoral Researcher. He joins us coming from the Okinawan Institute of Science and Technology – OIST in Japan. Adding his expertise in emerging magnetism from topologically projected bound states in graphene nanostructures to our research group CIC09 Nanoimaging will support our scientific […]
Read More Graphene and related materials have emerged as an ideal solution to combine spin localization and diffusion. These atomically thin materials can be fabricated with atomic precision, opening the door to fabrication of designer structures with precise shape, composition, spin arrangement, and interconnected by graphene electrodes for electrostatic or quantum gates. In the framework of the EU-funded […]
Read MorePedro Brandimarte started his research for SPRING at the DIPC node. Pedro is an expert in employing computational tools for simulating electronic structure and transport through nanoscale systems. In SPRing, Pedro will be involved in simulation of band structure and topology of graphene nanoribbons.
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