New people in the group

Joao Filipe Pinto de Queiros Fradet has been awarded with a predoc grant FPI linked to the National Project «3D magnetism in cylindrical geometry for energy efficient emergent technologies». He will study  the movement of magnetic domain-walls induced by electric current and thermal gradients on magnetic nanowires. To that aim, characterization techniques such as MFM and  XMCD-PEEM microscopies will be employed in combination with micromagnetic simulations. Nanofabrication methods will be developed employing physical and electrochemical techniques, such as electrodeposition onto nanoporous alumina templates and sputtering.

New people in the group

Felipe Tejo, from Chile, has been awarded with a postdoc grant «ANID-PFCHA/Postdoctorado Becas Chile 74200122» and he will be with us until June 2022. Using magnetic simulations he will study magnetic properties of skyrmions and Bloch points.

New people in the group

Cantia Belloso Casuso has been awarded with a  FPU contract. In her PhD (Magnetic nanoelements for emerging tecnologies in energetic use), under the supervision of Agustina Asenjo, she will fabricate and characterize (by MFM and other techniques like AFM, VSM or MOKE) thermomagnetic devices based on planar and cylindrical structures.

New people in the group

Paul-Iulian Gavriloaea will make his PhD (Large-scale modelling of combined all-optical and/or electric switching) with us under the supervision of Oksana Fesenko.  The PhD project is part of the Marie Skłodowska-Curie Action COMRAD (Cold Opto-Magnetism for Random Access Devices). The key aim of the consortium is to combine spin-orbitronics with ultrafast magnetism towards the development of faster (sub 100 ps) and greener (< 10 fJ/bit) random access devices. In general lines, my project is based on further developing the finite-temperature micromagnetic framework based on the Landau-Lifshitz-Bloch equation to accommodate for electrical fields/currents or spin-orbit torques in the modelling of laser induced magnetisation dynamics. We will be using the code to describe the switching process in various multilayer structures such as Co/Pt or Pt/Co/Gd and ferrimagnets (e.g. RFeCo/Pt, where R is a Rare Earth). Furthermore, the model will be also used to assist various real switching scenarios aiming to replicate experimental results or help predict the most efficient routes to reversal.