📣The Spintronics and Nanodevices group lead by Prof. Saül Vélez (https://t.co/OJDzbLZWUC) is looking for 1 PhD student and MSc students to join the team. @CienciasUAM@UAM_Madrid Interested? 👇
https://t.co/G8MYamyDNu
New arXiv preprint today❗️
"Nematic and partially polarized phases in rhombohedral graphene with varying number of layers: An extensive Hartree-Fock Study"
by @Gparra_phys , @ajp_phys et al.
📄 [arXiv:2508.00986] https://t.co/QGg0rDXZoJ
#IMDEAnanoSeminars
Large-scale numerical methods based on wave propagation.
👤 Prof. Shengjun Yuan (Wuhan University)
📆 Tuesday 23rd January 12:00
📍 Conference hall @IMDEA_Nano
🔗https://t.co/fONn980m2l
A few photos of the past week in the Twistronics congress at the ICTP sharing our work from @IMDEA_Nano. Awesome talks and plenty of nourishing discussions. Now time to work on with the things learned!
Had a wonderful day at @IMDEA_Nano in the 13th ESRW talking about my recent theoretical work on twisted MoTe₂. Lot of amazing scientific works and talks being carried on at IMDEA nano. Looking forward to the next one.
So happy to share my early work on twisted TMDs at the amazing "Quatum Phenomena in 2D materials" congress in Donostia. Thanks to the organizers and my colleagues from @IMDEA_Nano for their support. Looking forward to the next one!
Amazing first experience as a young researcher! Thanks to the organizing committe and all the colleagues who made this possible!! Looking forward to see you in 2025 #FyT2023@FyT_2023
📆 Mañana comienza la XII Feria #MadridEsCiencia.
📍 Estaremos mostrando todos los avances de los 7 @IMDEAInstitutes del 23-25 de marzo en @IFEMA, pabellón 5.
👉 Puedes conseguir una entrada gratuita aquí: https://t.co/5ULjqrIx4Z
+Info: https://t.co/FZx2LpO6TH
Very excited today as you dont receive an email like this everyday. Congratulations to the team that made it possible @IMDEA_Nano. Our Perspective on the superconductivity in bilayer and trilayer graphene got Accepted in @NatRevPhys. Looking forward to see it finally published!
Estoy más que feliz y muy satisfecho de haber colaborado con el I.E.S. Guadarrama para llevar a una de sus clases de bachillerato una actividad de divulgación sobre Nanociencia, grafeno y tecnologías asociadas.
Superconductivity is a strange phase of matter. Usually the quantum mechanism underlying the emergence of superconductivity is the lectron-phonon interactions, which simply saying it, is a collective behaviour of charged particles and mechanical vibrations of the lattice.#ESRW