Art, fashion and physics intersect: Columbia scientists design a new technique that gives access to moire patters at the atomic scale. Read about it in our latest Press Office piece by Dr. Carmen Rubio Verdú: tinyurl.com/ykae4yek

A metallic substrate capped with a 2D semiconducting layer can help control the atomic spins of single atoms placed on the surface, researchers at Freie Universität find. Viewpoint by Carmen Rubio-Verdú of Columbia Physics Department and @mreyescalvo of Universidad de Alicante UA. physics.aps.org/articles/v14/1…

In this week's Press Office piece, Dr. Carmen Rubio Verdu discusses a paper by Columbia researchers on a new theoretical framework that helps scientists predict the existence of a light impulse when atoms are placed very close to each other: tinyurl.com/yckrp7yz

A team led by Abhay Pasupathy Columbia Physics Department sees stripes in samples of twisted double bilayer graphene, indicating the presence of a nematic phase characterized by broken rotational symmetry quantum.columbia.edu/news/nematicit… #ColumbiaQuantum

Fantastic paper! The authors realize a heavy-fermion system in a 2D heterostrucure

A great review about iron-based SC: electronic correlations, magnetism, nematicity, superconductivity and topology

My News & Views article in Nature. Wigner crystals in moiré materials.

Great N&V article about the linear in T behavior in strange metals, relevant for both cuprates and moiré materials.

A similar phenomena that enables LCD television displays also shows up in twisted sheets of double bilayer graphene, according to researchers Columbia University. Finding this phenomena can expand our understanding of graphene and possibly high-temp superconductors: quantum.columbia.edu/news/nematicit…

For now, we're stuck with them. physics.aps.org/articles/v15/7…

Excellent article by ini_fadelli for Phys.org about our paper in Nature Physics. And Abhay's methafors explanatory as always.

50 years of ‘More is Different’ nature.com/articles/s4156… Nature Physics

No better way to start the year than with a thrilling adventure (:

🔬 ACTIVIDAD PARA ADOLESCENTES 🧑‍🔬 🗓️ 10 de febrero, 16:00 - 18:00 🧑‍🔬 Mujeres de entre 14-18 años CIC nanoGUNE y @POLYMAT_BERC te invitamos a ser nanocientífica por un día, de la mano de nuestras investigadoras! ANIMATE!! Inscripciones 👉 ow.ly/fzxp50MCbkY

About phase factors, collective beliefs and inequalities. ‘It takes a village to discover anyons’ Nature Physics @Mark__Buchanan nature.com/articles/s4156…

📣Últim dia per inscriure't! 👩‍🔬Si ets universitària i vols saber com és el dia a dia d'una persona que es dedica a la recerca, apunta't al programa i sigues una #ICFOnian durant un dia! No t'ho perdis!👉bit.ly/3qjMop7

ICFO lecture, summer is here! With Carmen Rubio Verdú Max Planck Institute CPfS - TQC

👩‍🔬🟣#11F: La investigadora de l'ICFO, Carmen Rubio (Carmen Rubio Verdú), líder del grup 'STM on 2D quantum materials' ha participat en la taula rodona 'Dona, vida i ciència'. Ha moderat la sessió l'#ICFOAlumni Federica Beduini (Federica Beduini). #DiaDonaiNenaCiència

🔋 Física y Química 💡El proyecto de Adrian Bachtold, Carmen Rubio (Carmen Rubio Verdú) y Frank Henricus Louis Koppens se basa en el #grafeno para comprender la #superconductividad y avanzar hacia la transmisión de #electricidad ultra eficiente. 🔗bbva.info/4ailGPy

Ann icmabCSIC Xuesong The last round table is for 4 members of the Spanish Association of Women on Research AMIT: - Catalina Coll (Catalan Institute of Nanoscience & Nanotechnology) - Carmen Rubio Verdú (ICFO) - Eva Pellicer (Universitat Autònoma de Barcelona) - Garazi Lopez de Aguileta (Universitat de Barcelona) After 2 intense days, congratulations to the organisers!