Maia G. Vergniory

“Ahazten ohi duzu kasualitateak eraikitzen duela oro” Anjel Lertxundi

[Maia G. Vergniory @Gvamvim]

Hay premios que hacen especial ilusión! ❤️
Muy feliz de recibir el Premio Aixe Getxo! 2026 de Cultura Científica e Innovación. Que tu propio pueblo reconozca tu trabajo es algo muy especial.
Eskerrik asko, Getxo! ❤️ @GetxoUdala @DIPCehu @USherbrooke
https://t.co/OM9nMWcOop

[Maia G. Vergniory @Gvamvim]

💔

[nature @Nature]

Scientists pay tribute to Marta Shahbazi Alonso and Tamara González Costa who died on their way to a developmental-biology meeting

https://t.co/cqpeHRiSMQ

[Maia G. Vergniory @Gvamvim]

https://t.co/iRJvP0QqPd

[David de Sancho @daviddesancho]

María Muñoz Caffarel, premio Radio San Sebastián: “El cáncer de mama se cura, pero necesitamos entender mejor cómo se comunica el tumor” 🥰https://t.co/KRJFfDHW9E via @RadioSnSn

[Maia G. Vergniory @Gvamvim]

I really hope the people who demanded that Cambridge take responsibility for hiring Arday are even more outraged about Cornell. Yet somehow, I don’t see the same outrage in my feed.

[Alan MacLeod @AlanRMacLeod]

The Onion doesn't miss.

[Condensed Matter Theory Center @condensed_the]

An extremely instructive development in the use of AI in theoretical physics just emerged from the University of Chicago, thanks to Dam Son-- everybody and anybody seriously interested in theoretical physics should read this and ponder its implications
https://t.co/toFnUyioDY

[Miguel M. Ugeda @m_ugeda]

Sometimes the surface has a life of its own!

In UAsS, STM/STS reveals an emergent strongly correlated Kondo state at the surface, coexisting with a very different FM bulk.
Great collaboration with @Gvanyim and colleagues.
@DIPCehu
Check it out: https://t.co/8FrTEoykZ2

[Maia G. Vergniory @Gvamvim]

UAsS: we uncover a spontaneous spatial separation of quantum phases within a single material. A topological FM metallic bulk coexists with an emergent strongly correlated Kondo state at the surface, by ARPES and @m_ugeda STM. @USherbrooke @DIPCehu
https://t.co/JZMQsdp9TA

[Maia G. Vergniory @Gvamvim]

Why a Mott insulator can conduct electricity along its edges? This contradiction has puzzled physicists for decades, our work offers a detailed explanation :-)
https://t.co/fSnfct0Khq

[Topological Matter School @TopologicalS]

Our afternoon session starts with Prof. Alexander Altland introducing disorder in topological matter #TMS26

[Topological Matter School @TopologicalS]

Second talk of the #TMS26 by a pioneer in the field of topological phases: Gene Mele from @Penn

[Topological Matter School @TopologicalS]

#TMS26 has kicked off! A celebration of the 2016 Nobel prize, featuring the medal and a medalist! #DuncanHaldane

[DIPC @DIPCehu]

🎉DIPC's Topological Matter School celebrates 10 years training the next generation of quantum materials experts!

A highlight was the opening talk by Duncan Haldane, one of the 2016 Nobel laureates for his discoveries on the topological phases of matter

https://t.co/jiRyAwuaBN

[Maia G. Vergniory @Gvamvim]

Our latest work reveals that NiS₂ hosts robust edge states that explain its mysterious conducting surface. We uncover a new magnetic ground state and identify obstructed topology as the origin of these states. @USherbrooke @IQ_USherbrooke @DIPCehu
https://t.co/YFYwijOmf9

[Maia G. Vergniory @Gvamvim]

Rule #1: Never trust a bald guy

[Polymarket Sports @PolymarketSport]

🚨JUST IN: Gianni Infantino has offered Morocco the chance to host the 2030 World Cup final in exchange for support to remain FIFA president.

— @lequipe

[Maia G. Vergniory @Gvamvim]

https://t.co/vbgZ5b0WwY

[Maia G. Vergniory @Gvamvim]

Out today!
Fe-based superconductors are hiding more topology than originally anticipated... in @NewtonCellPress @DIPCehu @USherbrooke @IQ_USherbrooke
Last paper of the PhD thesis of @mikelgda96

[DIPC @DIPCehu]

A new highlight is up on #MappingIgnorance blog!
Switchable chirality in layered materials
🔎https://t.co/kxBGQe9Tx7

📃Emergent Chirality and Enantiomeric Selectivity in Layered NbOX2 Crystals
Gutierrez-Amigo M et al 
Phys Rev Lett 136, 166605 (2026)

@CFMdonostia

[Maia G. Vergniory @Gvamvim]

And Editor's Suggestion
https://t.co/FWUPPAOPht

[Maia G. Vergniory @Gvamvim]

In @PhysRevLett today, the by the one and only @MartinGAmigo co-supervised by @ionerrea : Tuning chirality in crystalline materials. @DIPCehu @USherbrooke @IQ_USherbrooke @EHUzientzia @upvehu
https://t.co/eoIIHAv2yV