SPRING SPin Research IN Graphene
What’s the SPRING Project
Magnetism is a property that had been missing from graphene’s impressive list of physical properties – until now. Owing to its unconventional magnetic properties, graphene has been touted as a promising material for spintronics applications. The ambition of the EU-funded SPRING project is to develop an all-graphene platform, where spins can be used for transporting, storing and processing information. Researchers from different disciplines will collaborate to fabricate atomically precise open-shell graphene nanostructures, and manipulate their electron spin and charge, and nuclear spin state. The aim is to test the potential of graphene as a fundamental building block for spintronic devices.
Postdoctoral position on electronic structure, magnetism, and quantum transport in graphene nanostructures at DIPC, Donostia-San Sebastian
Graphene and related materials have emerged as an ideal solution to combine spin localization and diffusion. These atomically thin materials can be…
Postdoctoral Research Assistant in Condensed Matter Physics/Electron Spin Resonance (2 posts)
Applications are invited for a Postdoctoral Research Assistant in molecular spin physics. The post is available initially for a fixed-term duration of…
Teleporting quantum information encoded in fermionic modes
#InnovationMotivation “Every once in a while, a new technology, an old problem, and a big idea turn into an innovation” Dean Kamen
#Innovation has different ingredients: an invention, an idea that stands out, and a solution to a problem that can make a change in the world
Visit the Horizon Results Platform ! A place where EU Research project results can flourish into innovations that contribute to our society and economy, and to a sustainable future! 🇪🇺
Find out more about the Horizon Results Platform at #RiDaysEU
👉http://europa.eu/!XP94Yp
“I hope I can inspire other young women into the field. It’s a field that has so many pleasures, and if you are passionate about the science, there’s so much that can be done.”
- Andrea Ghez speaking at today’s press conference where her #NobelPrize in Physics was announced.
Yet another way of turning Graphene magnetic is by inducing a topological defect. Great learning experience working with @depena33 @Aranko @thofrederiksen @DanielS96184926 @cienciaparaelf2 and Pedro Brandimarte. Watch out how they simulated our measurements 👇👇- That's 💪 https://twitter.com/springfetopen/status/1311932895704027137
A recent paper from SPRING was selected for this week's cover of @PhysRevLett, showing an STM image of a graphene nanoribbon doped by a pair of boron atoms that builds up a net magnetic moment
@depena33 @thofrederiksen @Aranko @DanielS96184926 @NatxoPas
https://journals.aps.org/prl/issues/125/14
A recent paper from SPRING was selected for this week's cover of @PhysRevLett, showing an STM image of a graphene nanoribbon doped by a pair of boron atoms that builds up a net magnetic moment
@depena33 @thofrederiksen @Aranko @DanielS96184926 @NatxoPas
https://journals.aps.org/prl/issues/125/14