Image of the week by Manuela Garnica. 🖼️ The bright spots are erbium atoms embedded in the bismuth telluride crystal, disrupting its atomic perfection. Vote now your favourite at the SPM Pro Tips image contest www.spmprotips.com/gallery?subm...
IMDEA Nanociencia
@imdeanano.bsky.social
Institute for research on #nanoscience of Comunidad de Madrid. Severo Ochoa Excellence, once again! 🎉 🔬 https://nanociencia.imdea.org/ #IMDEAnanoPublications #IMDEAnanoSeminars #NanocienciaParaTodos #nanociencia
Saül García Orrit, antiguo estudiante de doctorado en IMDEA Nanociencia, ha recibido el Premio 'María Cruz Moreno-Bondi' a la Mejor Tesis Doctoral 2024, otorgado por la Sociedad de Espectroscopía Aplicada. ↪️ nanociencia.imdea.org/es/imdea-nan...
IMDEA Nanociencia - Saúl García Orrit recibe el premio 'María Cruz Moreno-Bondi' a la Mejor Tesis Doctoral
IMDEA Nanociencia es un centro de investigación interdisciplinar dedicado a la exploración de la nanociencia y al desarrollo de aplicaciones de la nanotecnología en relación con industrias…
nanociencia.imdea.org
"Such a dramatic structural change reshapes the electrons riding on top of it." Read the summary of Francisco Guinea's research, written by César Tomé @edocet.bsky.social ↪️ mappingignorance.org/2026/07/30/m...
Mapping Ignorance@mappingignorance.org · 6d agoResearchers show that twisting sufficiently anisotropic materials such as black phosphorus or tin selenide can convert two-dimensional moiré systems into platforms for one-dimensional correlated physics. https://mappingignorance.org/2026/07/30/moire-collpase/
New scientific journal cover! 🎉 We're excited to share our latest scientific journal cover published in ACS Sensors. The artwork was created for a research team at @imdeanano.bsky.social led by Valle Palomo. Check out the cover and read the full article here: pubs.acs.org/toc/ascefj/1...
Researchers show that twisting sufficiently anisotropic materials such as black phosphorus or tin selenide can convert two-dimensional moiré systems into platforms for one-dimensional correlated physics. https://mappingignorance.org/2026/07/30/moire-collpase/
Check out our latest #MappingIgnorance post and learn about Moiré collapse, when a twisted crystal becomes one-dimensional 👇 📃de Sousa DJO, Lee S, Guinea F, & Low T Moiré collapse and Luttinger liquids in twisted anisotropic homobilayers Proc. Natl. Acad. Sci. U.S.A. (2026) @imdeanano.bsky.social
Mapping Ignorance@mappingignorance.org · 6d agoResearchers show that twisting sufficiently anisotropic materials such as black phosphorus or tin selenide can convert two-dimensional moiré systems into platforms for one-dimensional correlated physics. https://mappingignorance.org/2026/07/30/moire-collpase/
Taking Raman spectroscopy from the laser lab into the ‘real world 👤Wesley R Browne, Stratingh Institute for Chemistry, University of Groningen 📆 Tuesday 28.07.2026 12:00 📍 Conference hall, IMDEA Nanociencia 🔗 buff.ly/vx2ZyhN
¿Sabes qué es el ángulo mágico del #grafeno? 🧙 Atrévete a encontrarlo con esta aplicación que han desarrollado el Grupo de Modelado de Materiales Cuánticos de IMDEA Nanociencia: 🥪 nanociencia.imdea.org/images/outre... #MadridEsCiencia #NanocienciaParaTodos
🧑🏫Nuevas fronteras en materiales cuánticos. Francisco Guinea, Manuela Garnica y Allan Johnson participan en este Curso de Verano UCM en El Escorial, que proporciona una perspectiva sobre una nueva familia de materiales disruptivos: los materiales cuánticos. +info drive.google.com/file/d/1XNv4...
¿Sabes qué es el ángulo mágico del #grafeno? 🧙 Atrévete a encontrarlo con esta aplicación que han desarrollado el Grupo de Modelado de Materiales Cuánticos de IMDEA Nanociencia: 🥪 nanociencia.imdea.org/images/outre... #MadridEsCiencia #NanocienciaParaTodos
#ConfrenciaCICA 🔬 O CICA recibiu a @emiliomperezlab.bsky.social, director do @imdeanano.bsky.social, Centro de Excelencia Severo Ochoa, nunha conferencia sobre nanotubos de carbono mecanicamente entrelazados e o seu potencial en materiais compostos. Grazas pola visita! #CICAUDC
Hello Zagreb 👋 Excited to be at #PhotoIUPAC2026! Kicking off with the inaugural talk by Prof. David MacMillan, Chemistry Nobel Laureate 2021. What a start! 1/n
Emilio Pérez, director de @imdeanano.bsky.social, recoge hoy la acreditación de Excelencia Severo Ochoa, en un acto presidido por la ministra Diana Morant. ↪️Es la tercera acreditación consecutiva para el instituto IMDEA Nanociencia. +info: nanociencia.imdea.org/es/imdea-nan...
Un equipo de @imdeanano.bsky.social, liderado por la investigadora de nuestra red Valle Palomo, ha desarrollado una nueva estrategia basada en puntos cuánticos para detectar señales patológicas de la ELA de forma rápida y cuantificable en células de pacientes. 🔗 https://tinyurl.com/48jkda9n
Dr. Liangxuan Wang receives the Friedrich-Förster Award for young scientists in the field of physics or physical chemistry, granted by @unituebingen.bsky.social +info: www.nanociencia.imdea.org/home-en/news...
Solving twisted bilayer graphene with momentum-space quantum Monte Carlo method 👤Zi Yang Meng (Hong Kong University) 📆 Monday 13.07.2026 12:00 📍 Conference hall, IMDEA Nanociencia 🔗 buff.ly/kbwj5cZ
Quantum optics with emergent materials 👤Carlos Antón Solanas (Universidad Autónoma de Madrid) 📆 Tuesday 14.07.2026 12:00 📍 Conference hall, IMDEA Nanociencia 🔗 buff.ly/8AEVVMJ
🗞️Un equipo de @uam.es y @imdeanano.bsky.social ha creado por primera vez y de forma controlada y reversible, patrones moiré cuadrados en superredes de grafeno apilado combinando giro entre capas y deformación mecánica.👇 www.uam.es/uam/investig...
Crean por primera vez patrones moiré cuadrados en grafeno
Crean por primera vez patrones moiré cuadrados en grafeno
uam.es
The latest research by José S. Costa and his group combines molecular bistability, scalable fabrication and flexible electronics —at room temperature. Read more in Advanced Materials: doi.org/10.1002/adma... #IMDEAnanoPublications
#IMDEAnanoPublications An article by Pierre Pantaleón and Francisco Guinea. ↪️Read the summary "Shear strain reshapes magic angle graphene": physicsworld.com/a/shear-stra...
Shear strain reshapes magic angle graphene – Physics World
New STM measurements show that shear strain decisively shapes flat-band structure across multiple magic angle regimes
physicsworld.com
IOP Publishing @ioppublishing.bsky.social · 2mo agoNew #CondensedMatterPhysics research demonstrates that shear strain, not just the twist angle, is a critical factor shaping the flat‑band structure in twisted bilayer graphene. 🧑🔬 👉 Quick overview: https://ow.ly/e83h50Z9PuZ 📝 Go in-depth: https://ow.ly/mfrb50Z9PuY
New #CondensedMatterPhysics research demonstrates that shear strain, not just the twist angle, is a critical factor shaping the flat‑band structure in twisted bilayer graphene. 🧑🔬 👉 Quick overview: https://ow.ly/e83h50Z9PuZ 📝 Go in-depth: https://ow.ly/mfrb50Z9PuY
Quantum optics with emergent materials 👤Carlos Antón Solanas (Universidad Autónoma de Madrid) 📆 Tuesday 14.07.2026 12:00 📍 Conference hall, IMDEA Nanociencia 🔗 buff.ly/8AEVVMJ
#Conferencia 🔬 Queres saber máis sobre os nanotubos de carbono? Non perdas a próxima Conferencia Invitada do CICA con Emilio M. Pérez, director de IMDEA Nanociencia, que presentará a charla "Mechanically interlocked SWCNTs for superior composite". 📅 14 de xullo 🕛 12:00 h 📍 Salón de Actos do CICA
Brain Inspired Electronics 👤Pablo Levy 📆 Tuesday 07.07.2026 12:00 📍 Conference hall, IMDEA Nanociencia 🔗 buff.ly/y1Hu3lI
Today at @imdeanano.bsky.social we are celebrating Infoday ERC Calls 2026–2027: Key Programme Information and Researchers’ Experiences with Julio Marchamalo (National Contact Point European Innovation Council, FECYT) 🔗 www.nanociencia.imdea.org/home-en/even...
Glad to attend fantastic session on scientific writing by @chaperoneonline.bsky.social refreshing and informative. It was well spent time with colleagues in the institute through active learning. Thanks to @imdeanano.bsky.social , RSO team and instructors. Sure that it will help in the way ahead.
Towards a realistic prediction of the dynamics of complex quantum systems and their spectroscopic signatures 👤David Picconi 📆 Monday 06.07.2026 12:00 📍 Conference hall, IMDEA Nanociencia 🔗 www.nanociencia.imdea.org/home-en/even...
Solving twisted bilayer graphene with momentum-space quantum Monte Carlo method 👤Zi Yang Meng (Hong Kong University) 📆 Monday 13.07.2026 12:00 📍 Conference hall, IMDEA Nanociencia 🔗 buff.ly/kbwj5cZ
Lucía Pardinas presented her research at Real Colegio Complutense at Harvard University. Her seminar explored how magnetic nanoparticles can modulate the tumor extracellular matrix, a factor in improving therapy. Lucia is visiting Harvard through an RCC grant.
Borja Ibarra and Rebeca Bocanegra are running the practical workshop for the Advanced Biophysics and Structural Biology Course. 📍 Universidad de Salamanca. biophysal.org/invited-inst...
IBFG@ibfg.bsky.social · last mo.🧬 @ibfg.bsky.social hosted the practical sessions on optical tweezers, one of the most advanced biophysics techniques to study molecular motors at the single-molecule level. A unique experience for the participants within the framework of the international #BioPhySAL course ⚛️✨ 🧵⬇️
