Jobs for Young Researchers & Professionals! The CSIR–Institute of Minerals and Materials Technology (CSIR-IMMT), Bhubaneswar has announced Project Staff Recruitment for various research projects in cutting-edge domains of materials science, metallurgy, mineral engineering, environmental science, chemistry, physics, geology, and allied disciplines. Why should you apply? ✅ Opportunity to work on sponsored research projects. ✅ Exposure to advanced research infrastructure and interdisciplinary teams. ✅ Suitable for candidates with B.E./B.Tech., M. Sc., M.E./M.Tech., and Ph.D. qualifications ✅ Valuable research experience for those planning careers in academia, industry, or higher studies. Recruitment Portal: rects.immt.res.in/ Wishing all applicants the very best for a successful research career! #CSIR #IMMT #ResearchJobs #ProjectStaff #CareerOpportunity #ResearchCareers #MaterialsScience #Metallurgy #MineralEngineering #EngineeringJobs #ScienceJobs #Innovation #RAndD #YoungResearchers #HigherEducation #ProfGRSinha

🔵 Blue light breakthrough — from the inside out. Scientists have achieved a major leap in blue perovskite LED technology using a clever molecular trick: isomeric multi-hydrogen-bonding. By engineering molecules that form multiple hydrogen bonds in specific geometric arrangements, researchers stabilized the notoriously tricky blue-emitting perovskite layer — the long-missing piece in full-color perovskite displays. Blue perovskite LEDs have historically lagged far behind their red and green counterparts in efficiency and stability. This advance could finally close that gap, paving the way for ultra-thin, flexible, and energy-efficient next-gen displays and lighting. The implications for consumer electronics and solid-state lighting are enormous. #PerovskiteLED #DisplayTechnology #MaterialsScience #Photonics #Nanotechnology --- Companies in this space: Samsung Electronics ($SSNLF, OTC), Universal Display Corporation ($OLED, NASDAQ), Merck KGaA ($MKKGY, OTC)

🔬 Can dental materials measure radiation? New study by Ioanna K. Sfampa shows zirconia-reinforced lithium silicate has strong linear dose-response, with a simpler Lambert W model for analysis. 📖mdpi.com/2409-9279/8/5/112 #MaterialsScience #Dosimetry #OSL #RadiationPhysics

⚙️ Niobium pentoxide is supporting innovation across electronics, advanced materials, and industrial manufacturing. A key material for next-generation technologies. #NiobiumPentoxide #AdvancedMaterials #MaterialsScience

Join the Global Materials Science Community in Rome, Italy 5th World Congress on Materials Science & Nanotechnology 2026 📅 September 14–15, 2026 📍 Occidental Aran Park Hotel, Rome, Italy 🌐 materialsciencecongress.com #materialsscience #nanotechnology #advancedmaterials

By capturing microscopic, ultra-fast phenomena, HyperVision HPV cameras deliver insights for research across a range of fields. Access this short history of these cameras, including the new HPV-X3: hubs.li/Q04nlKtb0. #materialsscience #materialsresearch #highspeedcameras

We’re heading to Carbon 2026 in Charleston, USA. Looking forward to connecting with the carbon materials community. Read more ⬇️ hidenisochema.com/news-press… Learn More: 🌐 hidenisochema.com ✉️ info@hidenisochema.com - - #Carbon2026 #CarbonMaterials #MaterialsScience

👋 It was a pleasure meeting Dr. Oshima at ICNMTA26! ⚛️ 📍 If you're attending ICNMTA26, we'd love to meet you too! Come visit the Quantum Beam Science booth and say hello! mdpi.com/about/announcements… #ICNMTA26 #QuantumBeamScience #MaterialsScience #NuclearScience

🔬 Perovskite solar cells just got a manufacturing upgrade! Scientists have developed a method using electrodeposition to apply self-assembled monolayers (SAMs) — ultra-thin molecular films that dramatically improve charge extraction in perovskite photovoltaics. This technique replaces complex, costly deposition processes with a more precise and scalable electrochemical approach. The result? Better energy conversion efficiency and a cleaner path toward commercial-scale perovskite solar manufacturing. As the world races to find affordable, high-efficiency alternatives to silicon solar panels, this molecular-level innovation could be a genuine game-changer for next-gen clean energy. ☀️⚡ #PerovskiteSolar #SolarEnergy #CleanTech #MaterialsScience #Photovoltaics Companies in this space: First Solar ($FSLR, NASDAQ), Enphase Energy ($ENPH, NASDAQ), Hanwha Q CELLS ($HASI, NYSE)

Signatone probe station lets us place tiny probes onto materials and check how electricity flows through them. Discover our facilities ➡️ imperial.ac.uk/royce-facilit… #RoyceAtImperial #MaterialsScience #Electronics #AdvancedMaterials #ResearchInfrastructure #OurImperial

🌱🎧 Як перетворити відходи пінополістиролу на сучасні звукопоглинальні матеріали? 📖 Стаття: journals.uran.ua/eejet/artic… #EEJET #Engineering #MaterialsScience #Biocomposites #Recycling #EPS #Polystyrene #CoconutFiber #Acoustics #SoundAbsorption #SustainableMaterials

Editor's Choice | Condition Synthesis and Performance of Alkali-Activated Composites Incorporating Clay-Based Materials – A Review DOI: doi.org/10.37256/est.5220244… #AlkaliActivatedMaterials #Geopolymer #SustainableConstruction #GreenBuilding #MaterialsScience #CivilEngineering

🧬 Join the Global Polymer Science Community in Rome, Italy! 🇮🇹 Be part of the 2nd International Conference on Polymer Science and Composite Materials 📅14–15 September 2026 📍 Rome, Italy 🌐 Website: polymerscienceconference.org… #polymerscience #compositematerials #materialsscience

🧪 Unified Pressurized Vibrational Foam System (Refined) — A multiphase model for advanced foam dynamics under pressure, vibration, EM fields & extraction. Potential uses: vibration damping, lightweight materials, foam manufacturing, EV seats, rocket insulation & more. @elonmusk @Tesla @SpaceX #MaterialsScience #CFD #Engineering

High-entropy alloys (HEAs) are metallurgy’s version of having your cake and eating it too, combining multiple elements to create unusual mixes of desirable properties. The problem… dlvr.it/TTMtDw #3DPrinting #HighEntropyAlloys #Metallurgy #MaterialsScience #Engineering

Delighted to share the latest publication in Langmuir (ACS Publications) Congratulations to the authors on this excellent achievement! Doi: lnkd.in/gmrWU8i2 @Pratishtha_DST @IndiaDST @iitdelhi @Icosahedral16 #Langmuir #ACS #Microemulsions #Nanoscience #MaterialsScience

"Control of Pore Nucleation and Rearrangement Kinetics During Aluminium Anodizing in Phosphoric Acid Electrolyte" by Kirill S. Napolskii and team.📄 ⚡️Great boost for Anodic aluminium oxide (AAO) fabrication! Read(OA): doi.org/10.61558/2993-074X.3… #Electrochemistry #MaterialsScience

Could AsS₂ and AsSe₂ monolayers power future nanodevices? A DFT study by @2DMaterialsYAS et al. finds 1T-phase arsenic dichalcogenide monolayers show stability, metallic behavior, and strong UV absorption: worldscientific.com/doi/full… #Nanotechnology #MaterialsScience #DFT

📢 Join the next Microstructures Frontiers Forum! Explore epitaxial growth, defect and interface engineering, strain effects, and emerging applications of ferroelectric HfO₂. 🔗 Register: oaepublish.com/webinars/micr… #HfO2 #Ferroelectrics #ThinFilms #MaterialsScience #Webinar

🔬 Breakthrough in next-gen semiconductors! Researchers have found a way to stabilize tin perovskite transistors using volatile coordination chemistry — a major hurdle that has long prevented these materials from reaching their potential. Tin perovskites are promising alternatives to lead-based counterparts, offering lower toxicity and excellent electronic properties. By introducing volatile coordinating molecules, scientists can passivate defects and dramatically improve device stability without leaving harmful residues. This could accelerate the development of flexible electronics, solar cells, and high-performance transistors that are both efficient and environmentally friendlier. A quiet but significant step toward the perovskite-powered future. 🌱⚡ #Perovskite #Semiconductors #MaterialsScience #GreenTech #FutureElectronics Companies in this space: Saule Technologies (private), First Solar ($FSLR, NASDAQ), Universal Display Corporation ($OLED, NASDAQ)