NanoQuartz Sdn Bhd’s Post

At RISE Research Institutes of Sweden, we are currently investigating graphene oxide for drug delivery, complemented by supporting functions such as life cycle analysis, toxicological studies, and test beds focused on characterizing graphene. In a newly released series of introduction films, produced by SIO Grafen, you can listen to Karin Persson, Senior project manager at RISE, talking about the research institute's role in the development of advanced 2D materials. In the film series, SIO Grafen explores different aspects of 2D materials - a fascinating family of materials. Explore the SIO Grafen series of introduction videos: https://lnkd.in/d9A6grqY 

Advanced materials like graphene are set to revolutionise industries and are quietly transforming our world. How? We’re about to tell you. 👩🔬 Pia Björk, Amaia Zurutuza and Johannes Homa reveal how these innovations are making the leap from lab to market and what it means for our future. 🎧 This week on #TalkInnovation, we’re giving you an insider’s look into the industries of the future. Tune in: https://lnkd.in/dSywQ2fk Graphenea Lithoz

📅 This year marks 20 years since graphene was first isolated, and a lot has happened since. Check out this quick video from CGTN, featuring Paragraf, to learn more. 🔍 Whatever happened to graphene: https://lnkd.in/dSjt5x3F #Graphene #Science #Innovation #RAZORScienceShow

Graphene: The Supermaterial Revolutionizing Our World! Did you know graphene nanofibers are 200x stronger than steel yet incredibly lightweight? But testing these groundbreaking materials isn't simple—Trevor Henderson unpacks the science and challenges behind their laboratory analysis. From futuristic electronics to next-gen composites, graphene is shaping innovation. Are we ready to harness its full potential? 🔍 Discover the story here: https://bit.ly/4g6M0yG

Spoke with Petr Šulc Assistant Prof. at the School of Molecular Sciences and The Biodesign Institute, Arizona State University. Petr heads the sulclab, an interdisciplinary research group that delves into the fascinating realm of nanotechnology and molecular self-assembly 🎙️ we explored the intricacies of nanotechnology and its vast potential. Here are some key insights and takeaways from our discussion: 💡 Nanotechnology and DNA/RNA: Peter Sulc's research group employs methods of statistical mechanics and molecular simulation to study DNA and RNA, with a particular focus on DNA and RNA nanotechnology. We delved into the exciting advancements in this field and the profound impact they can have on various industries. 🔬 Molecular Self-Assembly: We unraveled the concept of molecular self-assembly, a remarkable process where molecules autonomously arrange themselves into specific structures. Peter shared insights into how this phenomenon can be harnessed to create sophisticated nanoscale structures with precise functionalities. ⚙️ 3D Nano Assembler and Atom by Atom Fabrication: We explored the groundbreaking concept of a 3D Nano Assembler, which has the potential to fabricate structures at the atomic scale. Peter discussed the challenges, possibilities, and potential applications of atom by atom fabrication, offering a glimpse into the future of nanotechnology. 🌌 Grey Goo and Safety Concerns: We addressed the intriguing question of the probability of humans building Grey Goo, a hypothetical scenario where self-replicating nanobots consume all matter on Earth. Peter shed light on the safety measures in place, emphasizing the importance of responsible research and the need to address any potential risks associated with nanotechnology. 🌐 Applications of Nanobiotechnology: We explored the vast array of applications that nanobiotechnology holds for various fields. From targeted drug delivery and diagnostics to environmental remediation and energy storage, nanotechnology has the potential to revolutionize multiple industries and improve countless lives. The sulclab's groundbreaking research is paving the way for a future where precise fabrication at the atomic scale becomes a reality. Curious about the future Click to Subscribe  1- TOCTW - India's 1st #futuretech meets #sustainability #podcast  https://lnkd.in/eiM7U_na 2- XROM- India's 1st #arvr podcast https://lnkd.in/e_YHVd4 https://lnkd.in/d-3bfh96 #Nanotechnology #MolecularSelfAssembly #DNAandRNA #AdvancedResearch #Innovations #FutureTechnologies #AtombyAtomFabrication #Nanobiotechnology #ResponsibleResearch #ScientificAdvancements

🌟 Exciting News from the 21st Nordic Meeting on Scattering from Soft Matter! 🌟 Our CTO, Dr. Andrea Vaccaro, delivered an insightful presentation on Size & Shape Characterization of nanoparticles using Light Scattering Techniques at this year’s event in Aarhus, Denmark. Missed the talk? No worries! You can still connect with us to explore our advanced light scattering solutions. Visit us at our booth or get in touch with us using this link: https://lnkd.in/e9AUTkE4 Let’s continue the conversation on innovation in soft matter research! 💡 #LightScattering #SoftMatter #Innovation #ScientificResearch

In case you missed it... Be sure to check out this Feature article from our 2024 Emerging Investigators collection 🕵️♂️ "New trends in nanoparticle exsolution" by Alfonso J. Carrillo del Teso, Andrés López-García, Blanca Delgado Galicia and Jose Manuel Serra from Universitat Politècnica de València (UPV) This #OpenAccess Feature article looks at six new trends in nanoparticle exsolution, the mechanisms behind them, and how they may have an impact on nanocatalyst design in the future! Read the full article here 👉 https://lnkd.in/eZkfNg7W

Proud to share our recent published paper on deffect induced ferromagnetism in liquid-phase exfoliated Bi2Te3 in collaboration with Yenny Hernandez and her team at Nanomaterials Lab, Universidad de Los Andes. https://lnkd.in/e4rRX2rM

This is a really well developed overview on the tremendous progress that has been made to realize the potential of Graphene in real world applications. https://lnkd.in/e4XmkKy8

#Graphene_membranes are a field I've been deeply involved with for over a decade, and I'm continually inspired by their potential for filtration and ion selectivity. A significant breakthrough came in 2015 when, as a principal investigator at Ngee Ann Polytechnic, I led a research project on graphene membranes funded by Singapore’s National Research Foundation. We had an exceptional team of researchers and collaborators, and together, we developed strong IP that eventually earned the International Advanced Materials Science & Technology Award in 2017. However, moving this technology from lab to market was challenging, and we missed some crucial opportunities early on. It took seven years for me to build the resources through Memsift Innovations and officially acquire the IPs to drive the innovation forward. Now, with GOSEP membranes, we are ready to redefine filtration and selective separation using advanced graphene materials. This journey has taught me that even groundbreaking inventions need scale and practical application to truly make an impact. Today, I’m proud that we can bring this technology to solve real-world challenges, turning vision into value.