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.
Graphene nanoribbons for emerging quantum technologies
In the last decades, a mathematical description of symmetries in nature called topology has been applied to describe and predict new electronic…
Reassessing Alkyne Coupling Reactions While Studying the Electronic Properties of Diverse Pyrene Linkages at Surfaces
Many thanks to our consortium partners for making the 2nd annual @springfetopen meeting last Friday a successful exchange of research results and ideas! @IBMResearch @UniversidadeUSC @DIPCehu @nanoGUNE @QM_Oxford @ciqususc @tudelft #horizonEU @spintronics #organicmolecules
Nacho Pascual @NatxoPas @nanoGUNE, coordinator of @springfetopen, will talk about "pi-magnetism and topology in graphene nanostructures" in the colloquium series organized by Peter Liljeroth @AaltoAtoms and Jose Lado @JLado_Phys - see you in 30 minutes!
See you soon at the next "Atomic-scale quantum materials colloquium" with Nacho Pascual (@NatxoPas, @nanoGUNE): "π-magnetism and topology in graphene nanostructures"
https://asqm-colloquium.aalto.fi
Have you signed up for the @EuroPhysSoc #newsletter yet?
They recently featured #springfetopen so if you are interested in knowing what our consortium members are up to - take a read 👉
#spintronic #nanoscience #organicmolecules #spins #scanningtunnelingmicroscope #Horizon2020
The June issue of e-EPS is out! https://tinyurl.com/njxkyc2h
Last week ,Niklas Friedrich @cienciaparaelf2 from our SPRING partner @nanoGUNE, took over the @RealSci_Nano account to share his passion for science with the twitter world.
Listen to his #podcast episode and learn about #topology, #magnetism, #spin in #graphene and #nanoribbons:
In the #podcast I tell you about our paper in @PhysRevLett together with @NatxoPas @DanielS96184926 and @depena33 groups. Here you can read it in full length, learning about #topology, #magnetism and #spin in #graphene #nanoribbon|s https://journals.aps.org/prl/abstract/10.1103/PhysRevLett.125.146801
Have a look at this beautiful experimental work done by our SPRING partner @UniofOxford @ArzhangArdavan & colleagues recently published in @NaturePhysics about molecular nanomagnet clock transition using electric fields. Congratulations! 🧑🔬🧪🔬
#nanoscience #spintronics #EU_2020
With colleagues at @ICMol_UV, we have demonstrated coherent control of a molecular nanomagnet clock transition using electric fields, and gained insights into the mechanisms underlying molecular spin-electric couplings. Read all about it today in NPhys! https://www.nature.com/articles/s41567-021-01355-4