Ionics International Journal of Ionics – The Science and Technology of Ionic Motion

This article from 'Ionics' focuses on advancing materials for next-generation energy and environmental applications, exploring innovative nanostructured systems with enhanced functional performance. bit.ly/4c7cb9p #MaterialScience #ResearchPublishing

To learn more about the optics we can offer please reach out to our sales team: sales@torrscientific.co.uk

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ICDD Spring Meetings Poster Winner Which is the Strongest Peak among 104, 113, and 116-reflections of Corundum? Takashi Ida - Advanced Ceramics Research Center, Nagoya Institute of Technology, Japan https://www.icdd.com/spring-meetings/

#Ceramics #MaterialScience #Crystallography

03-10-25 News Nibble Some good news about material science! https://www.youtube.com/@NicksNews-SBS https://www.facebook.com/NicksNews.SBS/ https://www.instagram.com/nicksnews_sbs #goodnews #NicksNewsS... TikTok video by nicksnews_sbs

Some good news about Material Science combining plastic and glass.
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Revealing Sodium Battery Degradation via Cryo-EM and CryoFIB Explore how cryogenic electron microscopy and focused ion beam techniques uncover the intrinsic structure of sodium battery interfaces. This webinar presents a new degradation model based on separator infiltration, not dendritic growth, and examines how electrolyte solvents influence interface stabi...

Sodium batteries + Cryo-EM = breakthrough insights! Watch our on-demand webinar to explore how researchers are revealing degradation pathways at the nanoscale.

🔋 Now available on demand! https://fcld.ly/gpa2tew

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El misterio que traía de cabeza a la comunidad científica y posibilitará fabricar baterías más potentes Descubren que el agua nunca llega a colocarse en la superficie del grafito. Este hallazgo es clave para almacenar energía.

😮El misterio que traía de cabeza a la comunidad científica y posibilitará fabricar baterías más potentes.

📗La revista Nova Ciencia se hace eco de un fascinante estudio coliderado por el ICMM y recién publicado en 'Nature Communications'.

novaciencia.es/el-misterio-...

#materialscience

Multi-textured chocolate bar cut in half

Discover the future of material innovation with hyper-texture technology. Learn how to create and apply these advanced textures to enhance your products, driving competitiveness and functionality in the marketplace. #MaterialScience #HyperTexture bit.ly/4rtuIBL

China's Yongjiang Lab achieved a 10x boost in piezo-coefficients, breaking 70 years of world stagnation. Using 'Active Working Mode' to lock-in peak performance. This enables vascular robots and cellular resolution diagnostics. #MaterialScience #Innovation #DeepTech

Revealing new article with Assaf Gal as final author:

‘Macromolecular Condensates as Tunable Scaffolds for Bio-Inspired Silica Hybrids’

tinyurl.com/4y335hx2

#WIS

#PlantandEnvironmentalScience

#MaterialScience

#Biosilicification

#SilicaMaterial

#AqueousEnvironment

#VolumeFraction

Fig.3

Revealing new article with Assaf Gal as final author:

‘Macromolecular Condensates as Tunable Scaffolds for Bio-Inspired Silica Hybrids’

tinyurl.com/4y335hx2

#WIS

#PlantandEnvironmentalScience

#MaterialScience

#Biosilicification

#SilicaMaterial

#AqueousEnvironment

#Acidity

#pH

Fig.1

Revealing new article with Assaf Gal as final author:

‘Macromolecular Condensates as Tunable Scaffolds for Bio-Inspired Silica Hybrids’

tinyurl.com/4y335hx2

#WIS

#PlantandEnvironmentalScience

#MaterialScience

#Biosilicification

#SilicaMaterial

#AqueousEnvironment

Graphical abstract

📈 High Temperature Composite Resin Market Trends & Analysis

Rising need for resins that withstand extreme temperatures and harsh environments is reshaping the market by 2031.

#TechInnovation #MaterialScience #ExtremeConditions #MarketAnalysis

Read More- www.panchit.com/blogs/1639/N...

Max Planck Institute for the Physics of Complex Systems Exploring Two-dimensional Nanomaterials for Future Applications

#Science #Research #Nanomaterials #Semiconductors #MaterialScience #Conferences
We are happy to announce the MPI supported International Focus Workshop "Exploring Two-dimensional Nanomaterials for Future Applications" xplr2D which is open for registration ...
www.pks.mpg.de/de/xplrtd26

https://www.icdd.com/xrf/ - The XRF course is presented in two separate week-long sessions, each of which stands alone as a complete class. To help ease the impact of budget constraints, ICDD has lowered the cost of our XRF Courses. #MaterialScience #XRF #chemsky

Physicists Crack the Question of Why Basketball Shoes Squeak Physicists Crack the Question of Why Basketball Shoes Squeak: It’s all about the ridges.

Physicists Crack the Question of Why Basketball Shoes Squeak #Science #Physics #CondensedMatterPhysics #BasketballScience #SoundPhysics #MaterialScience

nautil.us/physicists-crack-the-que...

We Hacked Reality: How Quantum Computing Broke Physics & Solves the Impossible in Days What if I told you the cure for the world's most baffling diseases doesn’t start in a billion-dollar lab, but inside a machine that literally bends the rules of physics? Let’s be brutally honest for a second: classical supercomputers are starting to look like glorified calculators. They’ve carried us this far, but when it comes to the deepest mysteries of human biology and chemistry, they hit a brick wall. That’s all about to change. In this episode, we’re pulling back the curtain on the quantum computing revolution—and no, you don't need a PhD in physics to realize why this is the most thrilling technological shift of our lifetime. We are moving out of the dark ages and into a new era of digital experimentation, where scientists are harnessing the intrinsic laws of quantum mechanics to shrink discovery timelines from decades to mere days. Think about it. We’re talking about quantum simulations so powerful they can perfectly model complex human metabolism, allowing researchers to target and treat previously untreatable diseases. But it doesn't stop at drug discovery. We’re also diving into mind-bending breakthroughs in material science and energy storage. Want next-generation battery components? Done. How about predicting ultra-hard carbon phases that are literally stronger than diamonds? Quantum-informed workflows are already on it. And for the science geeks out there, yes, things get weird. We discuss how these systems are uncovering completely new exotic states of matter and finally confirming decades-old theories about quantum spin liquids and magnetic dynamics. We are watching the fundamental behavior of nature get hacked, decoded, and upgraded in real-time. Whether you're obsessed with the future of scientific research, curious about how tech will impact medicine, or just want to know how the universe actually works at a microscopic level, you cannot afford to miss this conversation. 👇 What you’ll learn in this episode: • Why the world's fastest supercomputers are being replaced by quantum systems. • How quantum computing is accelerating drug discovery and mapping human metabolism. • The discovery of ultra-hard carbon phases and revolutionary energy storage materials. • What "quantum spin liquids" actually are (and why they break our understanding of physics). 💡 Loved this episode? Don’t keep it to yourself! If this blew your mind even half as much as it blew ours, hit that subscribe button, leave us a 5-star review, and share this episode with that one friend who is always talking about the future of tech. Your support helps us keep bringing you the most cutting-edge conversations on the internet. Stay curious, and we’ll see you in the next one!  

📣 New Podcast! "We Hacked Reality: How Quantum Computing Broke Physics & Solves the Impossible in Days" on @Spreaker #deeptech #drugdiscovery #emergingtech #energystorage #futureoftech #futurism #healthcaretech #innovation #materialscience #mindblowing #quantumcomputing #quantummechanics

Bright Field vs Dark Field vs DIC: Choosing the Right Contrast in Metallography Why contrast selection matters more than magnification Many engineers assume higher...

Bright Field vs Dark Field vs DIC: Choosing the Right Contrast in Metallography Why contrast selection matters more than magnification Many engineers assume higher magnification solves most microsc...

#microscopy #inspection #materialscience #faliureanalysis

Origin | Interest | Match

Origami Packaging That Detects Damage During Shipping Japanese researchers have developed a self-folding origami honeycomb with passive resonant sensors, enabling packaging that cushions impacts while wirelessly detecting damage.

Origami-inspired packaging from Japan. It can send out a wireless "distress signal" if damaged. More at japanresearchreport.substack.com/p/origami-pa.... #origami #MaterialScience #JapanTech #JapanResearchReport

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🔬 𝐓𝐡𝐞𝐦𝐚𝐭𝐢𝐜 𝐑𝐨𝐮𝐧𝐝𝐮𝐩: 𝐌𝐚𝐭𝐞𝐫𝐢𝐚𝐥 𝐒𝐜𝐢𝐞𝐧𝐜𝐞 & 𝐍𝐚𝐧𝐨𝐭𝐞𝐜𝐡𝐧𝐨𝐥𝐨𝐠𝐲 🧪

From nanomaterials to energy innovations—explore the cutting-edge books shaping the future of advanced materials and nano-engineering.

📖 Explore the collection: https://bit.ly/4kOBwrA

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Job Alert

Senior Research Engineer – Nitride Thin-Film Materials (Photonics Application) // Job-ID: 232-1

Location: Villach
Deadline: Until the position is filled

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Job Alert

Biomedizinische Ingeniuer/ Biomedizinischer Ingenieur (m/w/d) Else Kröner Fresenius Zentrum

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Postdoc in Material Science – Heritage Conservation Denmark | HigherJobz Fully funded postdoc in material science for heritage conservation at Royal Danish Academy, Denmark. Apply by 15 March 2026.

Postdoc in Material Science for Heritage Conservation
📍 Royal Danish Academy, Denmark
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Security Verification Read the full article

✨Stretchable magic skin repels *everything*!🤯 Laser-crafted materials stretch 5x & last 5,000 cycles—perfect for robots & beyond!🔬 #materialscience

Source: phys.org/news/2026-02-laser-surfa...

PNNL scientist outlines lab tests to lock radioactive waste into glass Jess Rigby of the Pacific Northwest National Laboratory described lab work that creates melter feed, glass and grout samples and tests their chemical durability to assess whether they can immobilize radionuclides for tens of thousands of years.

Scientists are turning radioactive waste into glass, creating a revolutionary way to contain harmful materials for tens of thousands of years.

Learn more here!

#US #CitizenPortal #MaterialScience #RadioactiveWaste #PacificNorthwestLaboratory #ChemicalDurability

Invisible Light Made Visible: Japanese Team Creates Organic Crystal That Turns UV and Infrared Into Color A Japanese research team has developed a single organic crystal that glows red under UV light and green under near-infrared light. This dual-mode material could transform optical sensing, energy harvesting, and medical imaging. Here's what makes it groundbreaking.

🔬 A Japanese team created a single crystal that turns UV light into red glow AND infrared into green—two impossible tricks in one tiny material. Like night-vision goggles + UV detector in one gemstone. 🤯
kantenna.com/topic/o...
#Japan #Science #MaterialScience #Innovation