It has been a great pleasure to share with all of you these exciting days of learning, knowledge and networking. Thank you very much to the speakers and attendees!

See you! 🙌 ❤️

#LT302025 #lowtemperaturephysics #quantumyear2025 #LT30

🏅 At #LT30Bilbao, the IUPAP Early Career Scientist Prize in Low Temperature Physics went to @Bayan Karimi, Anasua Chatterjee & Shuqiu Wang.

Congrats to all! 👏

#LT302025 #lowtemperaturephysics #quantumyear2025 #LT30

A great last plenary session for the last day of #LT30... Pablo Jarillo, fron Massachusetts Institute of Technology: 'The magic of Moiré Quantum Matter'.

#LT302025 #LT30Bilbao #lowtemperaturephysics #InternationalConference
#quantumyear2025 #LT30 #Bilbao

🗣️ The ability to tune the energy gap in bilayer graphene makes it the perfect playground for the study of the effects of internal electric fields, such as the crystalline field, which are developed when other layered materials are deposited on top of it.

🗣️ This morning at #LT30Bilbao, Joseph Checkelsky explored the physics of natural superlattice materials and their role in modulated superconductivity, while Joerg Schmalian discussed the intriguing connection between superconductivity and loop currents, from cuprates to kagome metals.

M. Fernando González Zalba is now presenting 'A quantum processor based on silicon spin qubits'.

#LT30 #LT302025 #LT30Bilbao #lowtemperaturephysics
#quantumyear2025 #Bilbao

🗣️ As Eun-Ah Kim (Cornell University) is explaining in the first semiplenary session of the afternoon, titled ‘Data-centric approach to quantum materials using AI’, decades of efforts by the quantum materials research community drove a "data revolution".