Top Tweets for #METAMATERIALS
Inspired by networks in leaves and dragonfly wings, MIT and Northeastern researchers have engineered "scale-rich metamaterials"—introducing controlled disorder into internal structures. The result? Superior impact absorption for helmets, packaging, and armor!
#Metamaterials #MaterialsScience #Engineering #MIT #Research #Innovation #ImpactAbsorbtion
https://t.co/Te0R08Sy0I
2026-11-12: 4 new (4 published/0 Accepted); 0 Accepted→published.
Pick: Both et al., scale-rich network materials (Nature, Nov 11). Link graph design to mechanics; tested resins/geometries.@barabasi
https://t.co/VfKdGzKlAN
https://t.co/FiRqVpalTW
#NetworkScience #Metamaterials
🔥 BREAKING: Metamaterials Break Records with 100x Strength
New scale-rich network-based metamaterials have shattered strength records by 100x. What's next in this cutti...
🧵 Full investigation & metrics below 👇
#AIRevolution #TechNews #Metamaterials
#InvisibilityCloaks are real, but they only work at narrow frequency ranges and cannot yet be manufactured at scale. That gap between #scientific demonstration and commercial reality is exactly where #metamaterials research is focused right now: https://t.co/K8FMsZB61A
Design freedom is changing the rules of mechanical behavior. It lets engineers tailor internal geometries like TPMS lattices to tune stiffness, weight, and energy absorption on demand.
👤 https://t.co/FANh88vAfX
#MaterialsScience #Metamaterials #3DPrinting
A new issue of #ACS Applied Materials & Interfaces (@ACS_AMI) is live! On the #cover an #article about #Photosensitive PbTe #Dielectric #Films as #Universal Functional #Modules for Optically Tunable #Terahertz #Metamaterials
Metamaterial antenna vs plain FR4 patch: a metasurface superstrate gave +7 dB measured gain on FR4. But it reshapes the beam, it doesn't remove substrate loss. A low-loss laminate adds another 2–3.5 dB (calculated).
https://t.co/SWrIFsFQ6x
#RF #antennas #metamaterials
We're proud to be working alongside partners from government, academia and industry to help shape the future of #metamaterials in the UK
🔗https://t.co/kQ1OCQxRdb
#DefenceScience #DefenceTechnology #DepartmentforBusinessInnovationScienceandTrade #InstituteOfPhysics
Coordinate transformations can cloak an object, project its illusion elsewhere, or shrink it outright. Özlem Özgün (Hacettepe University) explains, from her IEEE AP-S Distinguished Lecture in Oulu.
Full talk:
https://t.co/P4gaY04XLg
#Electromagnetics #Metamaterials
🚀 Welcoming 5 new Editorial Board Members of Metamaterials Advances!
Congrats to Prof. Ji Zhou, Luis M. Garcia-Raffi, Weidong Yang, Weiren Zhu & Soon-Hong Kwon.
📌Read: https://t.co/biS1FYMJtH
#Metamaterials #EditorialBoard #OpenAccess
📢 #PhD position in #Metamaterials and #CompositeMaterials (smart multifunctional composite metamaterials for tailored and tunable mechanical properties) at Koç University, Istanbul, Turkey, in collaboration with KU Leuven (Belgium) and the University of Stuttgart (Germany). The position is funded by the US Air Force, with a competitive salary and research funding. Applications are reviewed on a rolling basis until December 30, 2026, with priority given to early applications.
👩🔬 The PhD candidate will join a collaborative project to develop advanced metamaterials (metastructures) with dynamic, customizable mechanical properties for aerospace applications, exploring innovative designs and fabrication techniques.
🚨 Key responsibilities and opportunities: (1) conducting research on metamaterial design, fabrication, and characterization, developing and applying advanced methods to assess mechanical properties, and publishing in top-tier journals and presenting at international conferences, (2) a Master's degree in Mechanical Engineering, Materials Science, Applied Physics, or a related field, with a strong background in material science, mechanics of materials, and solid mechanics, and fluent English (prior experience with composite piezoelectric materials and metamaterials is valuable), (3) access to world-class facilities at Koç University, the University of Stuttgart, and KU Leuven, plus support for conferences and workshops.
📩 If you are interested in applying, please email a cover letter, a comprehensive CV, academic transcripts and certificates, and contact information for at least two references to Prof. Ipek Basdogan ([email protected]), Prof. Gokhan Serhat ([email protected]), and Prof. Amirreza Aghakhani ([email protected]), using the subject line "PhD Application: Multifunctional Composite Metamaterials".
⏳ Apply now!
Next in #MorphoTalks!
On 15 October 2026, we’ll be joined by Dr. Jack Binysh from @unibirmingham
Non-reciprocal Robotic Metamaterials
How can robot bodies move, adapt and respond—without central control?
With Kieran & @MorphComp
#Robotics #SoftRobotics #Metamaterials #Robot
Why can’t you simply buy the materials your phone needs?
In his IEEE AP-S lecture in Oulu, Prof. Ari Sihvola explains how metamaterials produce electromagnetic behaviour absent in nature, and why this matters for 6G.
Watch the talk:
https://t.co/CPSYJsr4l1
#6G #Metamaterials
A natural programmable metamaterial controls 3D curvature of compound eyes
https://t.co/0N7ZSH3c08
@NatureComms #OA #OpenAccess paper by Luis M. Escudero et al.
@unisevilla
#DevelopmentalBiology #Morphogenesis #Biophysics #CompoundEyes #Drosophila #Metamaterials
How do insect compound eyes get their precise shape? Research in @NatureComms identifies a natural "programmable metamaterial" that controls eye curvature during development and could inspire new bioengineered surfaces: https://t.co/tHScnEfngP
Design of Bilayer Crescent Chiral Metasurfaces for Enhanced Chiroptical Response
https://t.co/5jt7aGLI1A
#chiral_metasurface #chiroptical_response #metasurface #metamaterials #chiral_sensing #chirality
1/ 🧵
$HGRAF + metasurfaces 👇
A metasurface is a surface engineered at the nanoscale to steer, absorb or block electromagnetic waves. Think stealth coatings, 6G antennas, terahertz sensors.
#Graphene is one of the most studied materials for building them. 🔬
#Metamaterials
📢 Welcome Prof. Dr. Ji Zhou (Tsinghua University), Academician of the Chinese Academy of Engineering, as a new Editorial Board Member of Metamaterials Advances!
🔗 https://t.co/Vyqk3R5lor
#Metamaterials #Metamaterialogy #MDPI
Inverse design of smart mechanical metamaterials based on liquid crystal elastomers. Qian Cheng, Weida Kang, Hanzhi Ma, Zhijian Wang & Xudong Liang
📄Read the full paper in AMS: https://t.co/FYjBzMD2Ht
#Liquid crystal elastomer #Metamaterials #Machine learning #Inverse design
#OEA_highlight From device metrics to information fidelity: reframing nanophotonic biosensing through mode–interface–measurement–decision https://t.co/todz5a6WKd by Prof. #Jiaming_Lyu #nanophotonics #biosensing #plasmonics #metasurfaces #metamaterials #SERS
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