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“CERN’s technologies have generated significant societal benefits, including advancements in cancer therapy, medical imaging, autonomous driving with artificial intelligence, and environmental applications of superconducting cables” – #Draghi report📝 The recent report by Mario Draghi on European #competitiveness highlights CERN as an example of what can be achieved through international collaboration, and the importance of CERN’s role in driving forward Europe’s innovation. CERN is not just a world-leading centre of fundamental research, but also supports new technological solutions that are being applied today and are having a real positive impact on our societies. Read part B, the in-depth analysis, of the report highlighting the CERN #success story here (page 236): ➡️https://lnkd.in/eAk84kkG Find out more about the applications of CERN’s technologies and know-how on our Knowledge Transfer website here: ➡️https://lnkd.in/eEfXa6Cd #technology #medtech #artificialintelligence #europe #innovation #environment

🔗Partnerships with #industry are not just important, they are crucial in today’s innovation landscape. By collaborating, CERN and industry partners are transforming innovative ideas into real-world solutions that truly make a difference in society. 🌟 The recent #Draghi report highlights this powerful cycle, showing how close collaboration accelerates innovation and creates tangible benefits for everyone. #BusinessWithCERN #industrypartnerships #innovation #BigScience #Draghi

Taking advanced compression technology to infinity and beyond 🚀 Cape Bionics' digital scanning technology and accompanying software allow clinicians to scan patients to create personalised, medical-grade compression garments tailored to their unique needs for a variety of performance and therapeutic uses, including currently being used by NASA - National Aeronautics and Space Administration. “We’re passionate about revolutionising compression therapy. Our 3D scanning and garment design technologies allow superior medical-grade custom-fit compression garments to be easily prescribed by practitioners anywhere in the world, offering a new level of treatment across a range of healthcare sectors. “With so many options ahead of us, we need deep and broad expertise in market assessments and commercialisation strategies to steer our growth along an optimum path. That’s why we’re ecstatic to be in cohort 4 of the ANDHealth+ program!” – Dr James Waldie, Founder & CEO, Cape Bionics Learn more about ANDHealth+ cohort 4: https://loom.ly/Nf0-Q_Q Learn more about Cape Bionics: https://loom.ly/2ZCf8NE ANDHealth+ is funded by the Australian Government Department of Health and Aged Care Medical Research Future Fund Early Stage Translation and Commercialisation Support Program.

🌌 Pushing Boundaries in Neurotech Research! 🌌 We're thrilled to share that Rupert Ortner from g.tec medical engineering GmbH - NEVER STOP RECORDING is currently participating in a zero-gravity flight on an Airbus A380! 🎉 Rupert equipped three members of the research team with our advanced EEG technology, enabling them to run EEG experiments during parabolic flights to study brain responses in zero gravity. 🚀🧠 For this mission, we're using the g.HIamp with 24-bit resolution and active g.SCARABEO electrodes, ensuring exceptionally high-resolution data acquisition from each participant. Curious to learn more about the research? Check out the update here. https://lnkd.in/dnvuD_Fy 🔗 Learn more about the g.HIamp amplifier: https://lnkd.in/dBDzKh8g #Neurotech #ZeroGravity #EEG #AerospaceResearch #BrainResearch #gtec #Innovation #ParabolicFlight #gHIamp #gSCARABEO #NeverStopRecording

🌌 Pushing Boundaries in Neurotech Research! 🌌 We're thrilled to share that Rupert Ortner from g.tec medical engineering GmbH - NEVER STOP RECORDING is currently participating in a zero-gravity flight on an Airbus A380! 🎉 Rupert equipped three members of the research team with our advanced EEG technology, enabling them to run EEG experiments during parabolic flights to study brain responses in zero gravity. 🚀🧠 For this mission, we're using the g.HIamp with 24-bit resolution and active g.SCARABEO electrodes, ensuring exceptionally high-resolution data acquisition from each participant. Curious to learn more about the research? Check out the update here: https://lnkd.in/dteGKi3f 🔗 Learn more about the g.HIamp amplifier: https://lnkd.in/dQKi27DR #Neurotech #ZeroGravity #EEG #AerospaceResearch #BrainResearch #gtec #Innovation #ParabolicFlight #gHIamp #gSCARABEO #NeverStopRecording

Speaking of more intuitive control for #Prosthetics and #Exoskeletons... Today we venture into the fascinating world of #BrainComputerInterfaces (BCIs) and the search for even more intuitive control. However, we are currently facing a hurdle: the sensors needed for precise and non-invasive control are not yet sensitive enough. 😟 Fortunately, there is hope! 🤗 An interdisciplinary team from research and industry is working on the #NeuroQ project to overcome this challenge. 🛠️ At the start of the project last year, we spoke to Dr. Jan Jeske of the Fraunhofer Institute for Applied Solid State Physics IAF to find out more about the project and what artificial gemstones 💎 have to do with it. 👀 And with this glimpse into a possible future, we declare our theme week over. 👋 PS: You can find all the posts on the topic of exoskeletons and prosthesis control in our account feed.

Scientists from the MICE collaboration have made a breakthrough in realizing muon accelerators, a more compact and cost-effective alternative to conventional particle accelerators. By developing a method to increase the density and location of muons in a beam, researchers can now better control and collide muons, overcoming a key challenge in harnessing these short-lived particles. The team's experiment with a small prototype accelerator demonstrated the formation and cooling of a high-brightness muon beam, decreasing the space it occupies and enabling well-aligned movement. This advancement brings the scientific community one step closer to building muon accelerators that could provide ten times the discovery reach of CERN's Large Hadron Collider at a fraction of the size and cost. While more work is needed to develop an effective cooling system, this study marks a significant milestone in the journey towards realizing this groundbreaking technology, which has the potential to revolutionize our understanding of the universe's fundamental building blocks.

✨ Good evening from Day 1 of #ICOB2024 in Jena - the city indispensable for microscopy, as Nobel Laureate in Chemistry Stefan Hell pointed out 🔬 He opened our International Congress on #Biophotonics today with a captivating lecture and the latest insights into super-resolution microscopy in a packed Volkshaus Jena. ✨ With more than 300 experts from research, technology, medicine and industry from 26 countries, Jena will become a hub for the global biophotonics community over the next few days. 🌍 Their aim is to network, exchange ideas on the most innovative light-based technologies for medicine and advance the processes for their practical application. 💡 And what better place to do this than the "City of Light" in Optical Valley. “Jena’s connection to #optics and #photonics is deeply rooted in the city's history, shaped by the contributions of great minds such as Carl Zeiss, Ernst Abbe, and the innovative glass maker Otto Schott”, as our director Juergen Popp pointed out in his welcome address.   Stefan Hell emphasised the crucial role of biophotonics in the early detection of diseases: "Photonics, i.e. light, can be used very well to understand life, and certain photonic technologies have the potential to detect chemical changes in cells and tissues at a very early stage. Diagnostics and early detection can be crucial in combating diseases at an early stage".   Stay tuned for more impressions from #ICOB2024. Join us as we explore how these innovations are shaping the future of healthcare and research 💫   #Biophotonics #InnovationInHealthcare Max-Planck-Institut für Multidisziplinäre Naturwissenschaften 👉 www.icob2024.org #ICOB2024 #ICOPVS2024 #Biophotonics #PhotonicsInnovation #ResearchTranslation #ScienceCommunication #Wisskomm #Research #Innovation #Technology #Science #InternationalConference #Jena #Collaboration #ShapingTheFuture #SciComm #VibrationalSpectroscopy #Spectroscopy #Photonics #Photonics4Life 🎥 Video by Jialu Ma 🌟

🔬 Cutting-edge Synchrotron Unveiled! 🚀 Yesterday, I had the privilege of witnessing scientific history in the making at the Nanoterasu Synchrotron The facility just launched operations last week, and it is nothing short of revolutionary—with 10 beamlines buzzing with potential, ready to unlock a new realm of research and industrial innovation. What is remarkable is the synergy of academia and industry that brought this project to life. A coalition of industry partners has contributed to financing nearly half the setup costs, and seven beamlines are reserved for their interests, showcasing an impressive model of collaboration that paves the way for future advancements. It was an honor to tour the Synchrotron and Sendai University, where the fusion of science and partnership creates a breeding ground for breakthroughs in synchrotron beamline instrumentation, Micro- and Nanostructuring. This visit underlines our commitment at XRnanotech to be at the forefront of such transformative initiatives. By being an integral part of these developments, we aim to continuously enhance our optics and support the scientific community. The synergy is a testament to what we can accomplish when industries and institutions align for a common purpose: to drive scientific and technological progress forward. 🌐 If you're intrigued by the potential of synchrotron technology or interested in exploring industrial partnerships that push the boundaries of science, let's get in touch. Drop me a message and let's connect at the OPIC/XOPT conference next week in Yokohama. Together, we can illuminate the future of research and industry! #NanoterasuSynchrotron #Synchrotron #Innovation #IndustryPartnerships #ScienceAndIndustry #SendaiUniversity #XRnanotech #OPIC #XOPT #Science #Technology

Antimatter, often portrayed in sci-fi, is a real and extraordinarily expensive substance, costing $62.5 trillion per gram due to the immense challenges in its production and storage. Despite these obstacles, it captivates scientists with its potential in medical imaging and theoretical space missions. Produced in facilities like CERN’s Large Hadron Collider, antimatter's creation is energy-intensive and economically unfeasible with current technology. However, its applications in Positron Emission Tomography (PET) scans offer valuable diagnostic tools for cancer and neurological conditions. Furthermore, its theoretical properties as an ultimate fuel source could revolutionize energy generation and space travel. Although the path to practical use is fraught with challenges, ongoing research aims to make antimatter more accessible and affordable, driving innovation in science and technology. #Antimatter #FutureTech #ScienceInnovation #MedicalImaging #EnergyRevolution #CERN #ParticlePhysics #SciFiToReality