🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥
We are very happy to see our work on a topological #metasurface with robust hyperbolic radiation published as the cover story in Adv. Mater @AdvSciNews !
💡 "Los metamateriales han transformado nuestra comprensión de cómo las ondas, las fuerzas, el calor y otras formas de energía interactúan con la materia."
El Prof. Johan Christensen explica en @abc_es el potencial de los #Metamateriales.
https://t.co/CMqWiKCTnK
@alb_velazquez
🌊🔊 Researchers from IMDEA Materials, @NanjingUnivers1 and @2024_HUST have developed an acoustic #metamaterial that can transmit complex acoustic signals between water and air, environments where sound behaves completely differently
+info: https://t.co/NGpw08o0Tu
@PhonoMeta
📝 From order to disorder: a new take on architectured materials
A new study from IMDEA Materials, China’s @NPUintl, @CAS__Science, @PKU1898 and the @SUSTechSZ, has achieved a significant breakthrough in mechanical #metamaterials.
+info: https://t.co/RRrVyq6AFN
@PhonoMeta
We published an scientific article in Nature Communications named "Giant elastic-wave asymmetry in a linear passive circulator". We firstly achieve giant asymmetry in elastic circulator without breaking the reciprocity. Sound interesting? See details at https://t.co/epjeoK0I36
We are excited to announce that IMDEA Materials' latest research into mechanical #metamaterials has been featured as the cover article in the latest edition of the prestigious @wileyinresearch Advanced Materials journal!
https://t.co/Ob1fJ1dW19
@PhonoMeta
🕯️Topological Phononic Metamaterials
🤝 Alternative Theory Seminar by Johan Christensen (@PhonoMeta)
📆Jan., 9 - 12PM
📌Sala de Seminarios, ICMM
https://t.co/nPCRzI1ZaU
📰 Online science publication @physorg_com has highlighted the work of researchers, including from IMDEA Materials, who have taken a novel approach to studying the interaction between topological metamaterials and sound wave propagation.
@PhonoMeta
https://t.co/divKIWbsMp
Este evento abordará temas como:
➡️ Aligeramiento de vehículos
➡️ Metamateriales para aplicaciones militares
➡️ Caracterización de materiales con rayos X
➡️ Diseño y rendimiento de compuestos estructurales
➡️ Innovaciones en acero para condiciones extremas
¡No te lo pierdas!
👨🔬 IMDEA Materials’ Dr. Johan Christensen (@PhonoMeta) describes how researchers employed this 3D printing on the macroscale, combined with a 'cut-and-glue' technique, to mimic the topological defects found in carbon materials like graphene and nanotubes.
https://t.co/DCGC7TAdiu
This was such an iconic moment, Usman calls Jorge out on his short notice excuse, gives him a full camp rematch just to brutally KO him
Outwrestled the first fight, KO’d the second😭
Visualizing the topological pentagon states of a giant C540 metamaterial
https://t.co/lfRC2xKc39
中空のチューブと空洞の六角形のネットワーク内に点在する五角形で構成される C540 メタマテリアルを構築
C540は草
👏 IMDEA Materials is well represented on @Stanford's 2024 World’s Top 2% Scientist Rankings.
🏫 The university publishes two rankings annually, dedicated to research activities from the previous 12 months, and on lifetime achievement.
Read more, here: https://t.co/8Y5uyJeAeJ