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Every day I am more convinced that #LK99 will not even be remembered as one more USO (Unidentified Superconducting Object) but instead as a sad, lonely ULO...But damn, it was fun to witness such an excitement and massive open discussion! RTSC is still a timely goal! Alex Kaplan

Now away from #LK99, it is time to dedicate more coverage to real groundbreaking news! PERUcetus Colossus, found at the coast of my lovely country! Whale of a whale may be biggest animal ever | Science | AAAS science.org/content/articl…

Finally, a comprehensive study of #LK99-like samples. It may still not be the same multi-phase end-product as the Koreans, but shows a roadmap on how material characterization should be done. Achieved in such short time due to the collaboration of many experts. This is the way!

Well done! Phase change was one of the possible scenarios x.com/bedoya_pinto/s… Now we know it´s Cu2S. If we find an explanation for the H-dependence of the IVs (no need to be Cu2S, likely other phase), the #LK99 chapter is closed. Michael Weissman inactive account Douglas Natelson

With the up-to-date info about #LK99, this hypothesis is almost science fiction. I say almost, because I must admit that SC fragments cannot be fully ruled out until the original LK samples are properly characterized. The Ic vs H dependence is still not explained by impurities.

Every other day, I feel like youtube.com/watch?v=P8JEm4… cause I can´t find a better explanation than SC fragments in #LK99 (Ic vs H). Very unlikely to be CuS2 or Cu(S)Ox. Detective work is not properly finished Michael Weissman Dan Elton inactive account Inna Vishik Dan Garisto👇

Happy to share my experiences with the community! see you in a week, CIC nanoGUNE!

Finally arrived in Boston after an exotic stopover in #Azores islands! Looking forward to the #F23MRS program tomorrow, and to catch up with some colleagues in the sessions! Nicolò Maccaferri

This exciting paper shows AI design of materials, robotic synthesis. 10s of new compounds in 17 days. But did they? This paper has very serious problems in materials characterisation. In my view it should never have got near publication. Hold on tight let's take a look 😱

When you come back from a long trip #F23MRS and your younger colleagues had made great progress in setting up the brand-new MBE system 🤩 So proud of my EPIQ team! #ultrahighvaccuum

Extremely important action. Thanks @spinespresso for the initiative!

Join the audience for a live webinar on 13 June 2024 sponsored by IOP Publishing's journal, 2D Materials physicsworld.com/a/the-future-o…

Allow me to draw your attention to this amazing school taking place next fall in Bad Honnef on "Next generation Quantum Materials: Correlations and magnetism meet topology". Niels Schröter Berthold Jaeck DFG public | @[email protected] Max Planck Institute CPfS - TQC dpg-physik.de/veranstaltunge…

¡Con gran ilusión presentamos la candidatura Més AccenT para las elecciones a junta directiva de ACCENT! 👩🏽‍🔬👨‍🔬 Pretendemos fomentar la cohesión, acercar la ciencia a la sociedad de la #CValenciana y estrechar lazos con el tejido empresarial. ✅➡️ t.ly/e85YP

Concluding a positive week at Sincrotró ALBA💡, where we took our first MBE samples from EPIQ-Lab ICMol and obtained great #XMCD results at #BOREAS💪 Fun road trip with our new #ultrahighvacuum passenger!

Only few days left to apply! We have advertised a W2 "Nano and Quantum Technology" professorship. We are looking for a personality recognized for #nanostructures for #topology and #computing, #quantumcomputing, #neuromorphic, #AI #chip, #photonic, #quantum biotechnology.

Don´t miss this opportunity! Looking for motivated PhD candidates for an innovative project in the field of 2D magnets🧲at ICMol, with partners Carmen Rubio-Verdú ICFO & PierluGargiani Sincrotró ALBA💡 pls RT European Magnetism Association ASEVA Condensed Matter Division EPS GEFES RSEF More info👇

Happy to present our recent developments of epitaxially grown 2D magnets in the Spanish Spintronics Network in #Madrid #Spinred2 ICMol ACCENT

It is finally out! Check our latest work revealing the origin of high temperature magnetic order in the van der Waals magnet Fe5GeTe2🧲Great collaboration with Max Planck Institute of Microstructure Physics and José J. Baldoví #WeAreICMol ICMol ACCENT journals.aps.org/prl/abstract/1…

Happy to attend my first GEFES RSEF meeting, share our work and catch up with good old colleagues and friends! Great venue! CIC nanoGUNE ICMol ACCENT