Federal investment of $18 million builds on three decades of advances in #materialsscience
@fds3rd.bsky.social
@fds3rd.bsky.socialFederal investment of $18 million builds on three decades of advances in #materialsscience
@fds.wsocial.euFederal investment of $18 million builds on three decades of advances in #materialsscience
@rigakucorporation.bsky.socialEven small film impurities can matter when measuring trace-level elements.
In this quick clip, Parisa Shadabipour, PhD explains why registering impurity data for sample films is an important step in XRF analysis.
Full YouTube Short in the replies.
@nfdi.de
@informaq.bsky.socialNovel inverse-design workflow combines graph neural networks and binary variational autoencoders to efficiently discover high-entropy alloys optimized for target properties, directly exportable as QUBO problems for quantum optimization.
@azom.comRare earths like cerium and lanthanum could revolutionize hydrogen production by boosting catalyst efficiency and durability across multiple methods. Explore how these materials are driving cleaner energy ⚡🔬 www.azom.com/news.aspx?ne... #Hydrogen #CleanEnergy #MaterialsScience
@shreshthamayank.bsky.socialOur group website "AI for Materials" led by Prof Jacqui Cole is now live: www.ai4mat.phy.cam.ac.uk
Explore: open-source software, materials databases, domain-specific language models, and the carbon cost of our own models
@cambridgephysics.bsky.social
@tenuretracker.bsky.social@tenuretracker.bsky.social
@thedailytechfeed.comThe iPhone Duo’s screen crease is lifecyle physics—not failure. Keying on materials, hinge and fatigue. #Foldables #iPhoneDuo #ScreenCrease #MaterialsScience #HingeDesign #Apple thedailytechfeed.com/crease-in-ev...
@fraunhoferiap.bsky.socialHow can XPS help unlock the potential of bio-based materials? 🔬
Dr. Jiyong Kim at Fraunhofer IAP uses XPS to examine the surface chemistry of bio-based hybrid materials—down to the outermost 1 to 10 nanometers.
@bcmaterials.bsky.social#BCMaterials_Jobs |
🚨 #WeAreHiring
Predoctoral Position - Biohybrid molecular–microbial architectures for electron transfer engineering
📅 Deadline: Oct 10, 2026
➡️ https://bcmaterials.net/en/join-us
@beilstein-institut.bsky.socialSubmission just opened: "Functional materials at the biointerface" 🧪
Guest Editors: Silvia Giordani, Francesco Calzaferri, Rossella Castagna @rossellacastagna.bsky.social
🔗 https://tinyurl.com/juu7n8bk
#biomaterials #MaterialsScience #CellBiology #TissueEngineering #DiamondOpenAccess #BJNANO 💎🔓
@tenuretracker.bsky.socialAarhus University (@au.dk) is hiring:
Postdoc in First-Principles Modelling and Machine-Learned Force Fields for Correlated Disorder in Energy Materials
@bioresources.bsky.social🌿Cotton or silk?
New BioResources research finds cotton-reinforced bio-based #composites offer greater strength and hardness, while silk improves flexibility and damping. A promising route for sustainable composite materials!
@gatechmse.bsky.socialCongratulations to Georgia Tech MSE Professor Mark Losego on being elected a 2026 AVS Fellow. AVS recognized his pioneering contributions to vapor-phase processing research and hybrid materials, as well as his service to the scientific community. #GeorgiaTech #MaterialsScience #AVS #Research
@materials-mrs.bsky.social
@pittcon.bsky.socialThe Advanced Materials Show 2026 agenda is live!
Discover advances in surface characterization, composites, X-ray CT, graphene, and carbon materials.
📍Pittsburgh, PA
📅Oct 6-7
Register free: https://ow.ly/ji8K50ZKIPp
#AMU26 #MaterialsScience #AdvancedMaterials
@azom.comEngineering plastics can appear tough in the short term, but under constant load, they slowly deform. Discover how stress, temperature, and reinforcement determine whether a component lasts for years or fails early. 🔍⚙️
www.azom.com/article.aspx... #EngineeringPlastics #Creep #MaterialsScience
@garmonkz.bsky.socialFact of the day · EASY: a Prince Rupert’s drop can survive a blow to its thick head, yet shatter when its thin tail is nicked. A compressed shell protects a tensile core—until a crack releases the stored stress. #MaterialsScience #Glass https://easy-tm.com/wikichem/facts/#prince-ruperts-drop