High-performance wearable strain sensors must be deformable, sensitive, and durable—a tough combination. This sensor does all three: it detects small strains, its ionogel layer reacts to shape changes, remaining reliable for over 5k cycles. https://t.co/kjEkexmjDS

Bringing 3D printing into focus 🎥💥 Scientists combined 3D printing with an optical microscope to achieve sub-4 μm features in a single millisecond exposure - and even printed tetrahedral magnetic microrobots that move under magnetic fields. 👉 https://t.co/VnNlEWeu9p

🧠✨ Printing pathways to spinal cord healing ✨🧠 These 3D scaffolds with neurons guide cell growth, forming networks that restore function after spinal cord injury. A step toward spinal cord injury therapy with stem cells + organoids + 3D printing. 👉 https://t.co/VeaUke46ju

Registration is open for the International Cancer Neuroscience Symposium! Join 30+ experts, including Nobel Laureate Dr. James P. Allison, to shape the future of this emerging field. 📍 Houston or online 🔗 Register: https://t.co/ZoKNDgKJns #CancerNeuroscience #AdvancedPortfolio

A major leap forward for 3D printing 🐸 Scientists have advanced grayscale digital light printing, combining resin with AI optimization. The result: programmable strength and shock absorption, ideal for artificial cartilage repair or robotics. 👉 https://t.co/L6XOaBOBOt

Your ear has 3 secret sound highways 🎧 @MarianneLiebi and team mapped them in 3D, using an upgraded X-ray Scattering Tensor Tomography system. The collagen and mineral structures inside the incus bone likely guide vibrations for efficient hearing. 👉 https://t.co/AT4vJk615W

Turning cottonseed waste into stretchable electronics 🌱 This reusable gel ink from cottonseed by-products can be 3D-printed onto fabrics to create flexible, conductive and biodegradable circuits - ideal for wearables and soft robotics. 👉 https://t.co/w5De4ulJtC

Spotlight on a true science success story! 🚀 In 2023, researchers found that nitric oxide modulation could reverse autism-like behaviors. That discovery marked the beginning of @NeuroNOS, now planning their first-in-human trials for 2026. 👉 https://t.co/wuIMEa8k6H

Precision meets speed ⚡ Xolography, a volumetric 3D printing method, can now achieve complex nanoscale precision (<100 nm) in a one-step process - expanding the design space for functional nanomaterials. @NanoMed_UNSW Read more: https://t.co/VxskUBij6T

Freezing temps? No problem for this new plastic!❄️ Not only ultra-tough and impact-resistant down to −196 °C, it is also self-healing and recyclable. The ideal sustainable, high-performance cryo-material! Read more: https://t.co/MZTnlBYoH1

Small, soft, stretchable, and smart! 🤓 New multiphoton inks from @EvaBlascoPo and her team combine ultra-soft, stretchable 3D structures with high resolution printing and multi-responsive behaviour - ideal for soft robotics, and bio applications. 👉 https://t.co/IiWfQd6PRn

Quantum anomalies may power future tech, and signs of them are emerging in topological materials. That's one of the key messages presented in this special issue on quantum anomalies in condensed matter led by M.T. Pettes and A. Saxena. 👉 https://t.co/EviR4Byyg5

Art at the microscale 🎨 With just one composite & particle size, researchers @ambercentre used photoresist & laser writing to craft 3D nanostructures. The clue: Through fine process control, they can cover the entire visible colour spectrum! 🌈 👉 https://t.co/Cft8rcVdGk

Hey there! 🤓 Check this live webinar on Bioceramics, Biomaterials, and Additive Manufacturing for Healthcare. Featuring distinguished ceramics experts and jointly presented by the Advanced Portfolio and @ACerSNews! REGISTER NOW for free https://t.co/hxqYKx0n3A

Hey there! 🤓 Check this live webinar on Bioceramics, Biomaterials, and Additive Manufacturing for Healthcare. Featuring distinguished ceramics experts and jointly presented by the Advanced Portfolio and @ACerSNews! REGISTER NOW for free https://t.co/hxqYKx0n3A

Deadline Alert! Apply by July 10 for the 2025 Small Young Innovator Award – open to researchers worldwide! 🌍 https://t.co/vh8rLsOTsN Award to be presented @ Small Sciences Symposium, China, 31 Aug #nanoscience #SmallJournal @WileyGlobal @wileyinresearch @WileySTEM @AdvPortfolio

Wireless tech has improved wearables, like in health and VR, but faces new power and connectivity issues. In a special issue organized by Zhuo Li & Jae-Woong Jeong, researchers put together the most recent developments in the skin-mounted electronics🦾 https://t.co/pPXMCEop1X

These textiles can reversibly change shape when exposed to magnetic fields. How? Through digital embroidery of magnetic yarns 🧵 This technique opens up exciting possibilities for wearable tech, soft robotics, and adaptive clothing. Learn more: https://t.co/a3ZJURHZ3E

Why is the leafcutter bee a top pollinator?🐝 Its genome reveals traits for high pollination efficiency and strong immunity during dormancy, helping survival and boosting its role in agriculture🌻 Check out the study: https://t.co/1bq4MTnzDJ

This soft robot climbs an overhang like a gecko 🧗‍♂️ and glides like a slug 🐌—all wirelessly, powered by electric fields. How? It's made of an electro-morphing gel (e-MG), a shape-shifting material that bends, stretches, and crawls with no tethered power. https://t.co/y2y0hlRVwY