Faculty of Science, University of Nottingham

🚀 Exciting news in the world of sustainable energy! Scientists at our School of Chemistry have developed a pioneering catalyst that unlocks hydrogen from ammonia, paving the way for cleaner energy sources. This breakthrough could revolutionize how we think about hydrogen production, significantly reduce our carbon footprint and prompt us to develop more sustainable energy technologies. 🌱💧 Can it be a game changer for our energy landscape? Learn more - https://lnkd.in/eT5QthcV #NottinghamScience

This week, we’re diving into the world of Transmission Electron Microscopy (TEM) with our JEOL EUROPE 2100F—a cutting-edge instrument designed for high-resolution imaging and advanced nanoscale analysis. 🔍 Unmatched Resolution and Stability Operating at an accelerating voltage of up to 200 kV, the 2100F delivers exceptional resolution and stability, enabling detailed analysis of material structures at the atomic scale. 📸 State-of-the-Art Camera System Our 2100F TEM is equipped with a 23 MP direct-detection electron camera, capable of capturing up to 3500 frames per second. This advanced camera allows us to achieve extraordinary feats, such as imaging single Krypton atoms confined within carbon cages! 🧪 Versatile Sample Holders for Specialized Experiments The 2100F offers a variety of sample holders to support a range of advanced experimental techniques, including: Cryogenic Studies: Preserve delicate biological or temperature-sensitive materials for imaging. Tomography: Create detailed 3D reconstructions using high-angle tilt series acquisition. In-Situ Heating: Observe structural changes and phase transformations at temperatures up to 800°C. Air-Sensitive Analysis: Examine materials that require protection from atmospheric conditions. 🎛️ Advanced Analytical Capabilities The instrument can also be operated in STEM mode (Scanning Transmission Electron Microscopy) with bright-field, annular dark-field, and high-angle annular dark-field detectors for enhanced imaging versatility. Additional capabilities include: Energy Dispersive X-ray Spectroscopy (EDS): Elemental composition mapping. Electron Energy Loss Spectroscopy (EELS): Detailed chemical and electronic structure analysis. With these powerful features, our JEOL 2100F TEM is at the forefront of nanotechnology and materials science, pushing the boundaries of what’s possible in atomic-level research. If you think TEM would be suitable to solve your scientific challenges, get in touch with us at [email protected]. #electronmicroscopy #nmrc #materialscharacterisation

We’re thrilled to see the partnership between plant-based food producer Jampa's and the University of Nottingham continue to thrive as they collaborate with researchers from the Division of Food, Nutrition and Dietetics on an exciting new project. 🥧 Funded by the UK-Canada Innovate UK initiative, this project brings together three university research groups, Jampa's, and Canadian manufacturer Tartistes to strengthen UK-Canada food sector ties, fostering innovation as both countries work toward net zero and more sustainable food supply chains. 💬 Reflecting on the partnership, Richard Fox, Co-Founder of Jampa’s, shares: "Working with the University of Nottingham was an absolute game-changer for our grant application process. We've worked with The Food Innovation Centre at The University of Nottingham for a couple of years, and when the Innovate UK call came out and we needed a UK partner, they were the obvious choice. The entire UoN team provided unwavering support every step of the way from aligning our vision with the grant criteria to bringing together various departments whose expertise would help us achieve project objectives and create a strong proposal. They helped us clarify our proposal in an impactful way, and their guidance on data, formatting, IP, and deadlines ensured our application was polished and professional. What stood out most was their genuine investment in our success—they truly became partners in our journey.” 👏 Huge congratulations to everyone involved, including project lead Dr Qian Yang, together with Dr Molly Muleya, Prof John Brameld, Dr Rebecca Ford (Clark), and Kavya Krishnamurthy who will work with Jampa’s and Tartistes to deliver this exciting initiative. Read the full story 👉 https://lnkd.in/e-U9ny54 ✉️ Interested in how the University of Nottingham can support your innovations through Innovate UK funding? Get in touch with our Collaborative Funding Team [email protected] Kangala Chipasa | Melissa Simpson | University of Nottingham Research | Research and Innovation | Faculty of Science, University of Nottingham | Innovate UK Business Connect

10 fully funded PhD scholarships are available at our School of Computer Science! If you’re interested in working on #MachineLearning translation in healthcare with a diverse team of experts, click on the link below 👇🏾

🔭 Instrument Introduction: FEI Quanta 650 Environmental SEM (ESEM) 🔭 We’re starting our instrument introductions with one of our most versatile scanning electron microscopes: the Q650 ESEM! Key Features: ☁️ In-situ Testing: Analyse your samples under different atmospheric conditions, including nitrogen, air, and water vapor, to study their behaviour in real time. 🛠️ Advanced Stages: Includes a microtensile testing stage and a Peltier stage for precise heating, cooling, and humidity control. 🧪 Elemental Mapping: Equipped with an EDS detector for detailed elemental analysis across all sample types. ⭐ What’s New for 2025? ⭐ We’ve upgraded the Q650 with a Quorum Technologies Limited Cryo-SEM Preparation System! This addition enables advanced cryogenic sample preparation and analysis, pushing its capabilities even further. Whether you’re tackling a materials science puzzle, exploring biological specimens, or testing samples under variable environments, the Q650 ESEM is ready to help you make breakthroughs. 💡 Interested? Let’s talk about how this incredible tool can support your scientific goals. #ElectronMicroscopy Thermo Fisher Scientific #Q650ESEM #Innovation

🌟 New Year, New Goals, Endless Possibilities 🌟 🥼 As we step into 2025, our passion for science and innovation is as strong as ever. At Nottingham Analytical, we’re ready to embrace new challenges, pioneer fresh approaches, and continue empowering businesses with analytical excellence. 🔬 From enhancing precision in the lab to streamlining workflows and driving ground breaking research, we’re dedicated to shaping the future of analytical chemistry and supporting the industries we serve. 🎉 Here’s to a year filled with innovation, collaboration, and discovery. Wishing you a happy and successful start to 2025 from all of us at Nottingham Analytical! 💡 Start your year with analytical expertise—get in touch today: https://lnkd.in/eSNCX_y9 #HappyNewYear #ScienceAndInnovation #AnalyticalExcellence #AnalyticalScience #SupportingBusinesses

Learn about the groundbreaking research on plant molecular farming by Nottingham researchers at the upcoming #SciencePublicLecture by the University of Nottingham Institute for Policy and Engagement on January 16 at 6 pm. In this lecture, Dr Hadrien Peyret will explore how plants are being transformed into biofactories to produce vital pharmaceuticals, including vaccines, antibodies, and anti-cancer drugs. He’ll discuss the potential benefits and challenges of using plants in biotechnology and offer insights into how this innovative approach could revolutionize the field. This event is open to all, in person at our University Park Campus in Nottingham. Sign up for free - https://ow.ly/PEIX50UEf2g

🌸 Spring Has Sprung at the nmRC! 🌸 It might be frosty outside, but we’re embracing the spirit of Spring here at the nmRC with some exciting news—our work is featured in the Spring edition of VITTA Education Magazine! 🌾 The article dives into the fascinating world of pollen #UnderTheMicroscope. Plus, there’s an exciting competition where you can win one of our exclusive nmRC pollen keyrings! The article was written by our #KnowledgeExchange Fellow Luke Norman with stunning false-coloured images from our talented EM #technician Lorelei Robertson! 🌟 👉 Read the article below and explore the full magazine here:https://lnkd.in/gUAu9RZV Let us know what you think in the comments! 💬 #STEM #ResearchInFocus #Pollen #Microscopy #VITTAEducation University of Nottingham Faculty of Science, University of Nottingham Royal Microscopical Society Technician Commitment

Check out these fully funded scholarships at our School of Computer Science! Apply or spread the word 👇🏾

⭐ New Research #OpenAccess ⭐ https://lnkd.in/e9Q7Nw-9 Steve Benford, Glenn McGarry, Adrian Hazzard, Alan Chamberlain, Rebecca Gibson & Juan Pablo Martinez Avila (2024). Augmenting Musical Instruments with Digital Identities. Journal of New Music Research, 1–20. https://lnkd.in/e9Q7Nw-9 Abstract We explore how augmenting musical #instruments with #digital identities can enhance their provenance, utility during creative practice, and personal meaning. A literature review reveals the importance of object identities in general and instrument identities in particular, how the identities of things can be digitally augmented, but also that this idea has not been widely applied to musical instruments. A first case study draws on interviews to illuminate the current practice of physically relicing #guitars to enhance their identities. A second case study of augmenting a guitar to capture and retell its life story illuminates potential digital identity practices. Reflecting on both case studies, we reconsider musical instruments as product-service systems in which physical instruments come bundled with digital services that forge, perform, and share their identities. #Design #HCI #Research #Music