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🟥 We are hiring! 📢 PostDoc position on #electricalengineering and device #physics 👩‍🎓 Are you PhD with a background in #microelectronics, #computer architecture or #hardware for 🧠 #machinelearning 🔬 You will have the opportunity to contribute to a new generation of

🔍 Why is Fluent #Computing an alternative to the classical symbolic-algorithmic Turing machine theory? ⚛️ Fluent computing represents a novel way of understanding and modelling #computing processes inspired by principles from #physics. 🚀 It aims to bridge the gap between

📢 Upcoming event co-sponsored by #HYBRAIN Unconventional Computing: Materials, Science, Informatics, Hardware, Software 🗓️ Erice, Italy: 6-12 July 2024 🔍 Explore innovative computing paradigms, moving beyond classical models to include non-symbolic computing, in-memory

🧠#HYBRAIN Consortium Meeting in Erice, Italy! 🌞 🏰This summer, HYBRAIN partners gathered in the picturesque medieval village of Erice, Sicily, during the 87th Workshop on Unconventional Computing from July 6-12, 2024. 🚀 The workshop brought together interdisciplinary experts

☑ Wrapping-Up the HYBRAIN Consortium Meeting in Erice, Italy🌞 🏰What an inspiring week we've had in the beautiful medieval village of Erice, during the 87th Workshop on Unconventional Computing! 🧠 The HYBRAIN partners made their contributions and sparked insightful

🤔 How do we make lifeless materials intelligent? 🔴 One of the great scientific challenges of the 21st century is making self-learning materials. These smart materials must have memory, interact independently with its environment and self-regulate its actions. 🧠 #HYBRAIN's Prof

🚀Ghazi Sarwat Syed IBM Research #HYBRAIN #Innovation Management team recognised with the #IBM Master Inventor rank! 🎙️ It is a humbling feeling to be recognised with a Master Inventor rank early in my #research career and share the honour with a cohort of #researchers who have

🚨 New Paper brought to you with the support of the HYBRAIN project! 📢 Mode Conversion Trimming in Asymmetric Directional Couplers Enabled by Silicon Ion Implantation 💡 This study dives into the cutting-edge world of #photonic integrated circuits, revealing how we can

Check out our #HYBRAIN Poster, presented at the 87th Workshop on Unconventional Computing, to discover our results! ➡️ The Photonic Convolution Processor (PCP): A new type of processor that uses light instead of electricity to perform computations. ➡️ Analog In-Memory

🧠Neuromorphic #computing represents a giant leap forward in the fields of #artificialintelligence, #robotics, and beyond. 💡 It mimics the neural networks of the brain to achieve unparalleled efficiency in #energy use, adaptability, and learning capabilities. 👀 Are you

🚨 New Paper brought to you with the support of the HYBRAIN project! 📢 Partial coherence enhances parallelized photonic computing 💡 This study introduces a #photonic convolutional processing system that takes advantage of partially coherent light to boost computing

🎄Season’s Greetings from the #HYBRAIN Team ✨ ☃️ As we close out 2024 and reflect on a year of progress and innovation, we’re filled with gratitude for the incredible support and collaboration from our partners, stakeholders and community at large. 🌟We’re excited to continue

🔴VACANCY: Postdoc position on Material learning with dopant network processing units at University of Twente. ✍️Apply for this postdoc position within the Horizon Europe Pathfinder project HYBRAIN. 👓Read more: hybrain.eu/news/vacancy-p…

🔍 Discover the inspiring minds behind #HYBRAIN! We had the pleasure of interviewing Yuhan He, University of Oxford final-year DPhil student, about her experience and insights. 🎙️ What does it mean to work on a cutting-edge neuromorphic computing project like HYBRAIN? 💡"It means

🚀 Meet Dominik Ditz, a young #scientist contributing to HYBRAIN’s breakthroughs in neuromorphic #computing. 🔍 Learn about his journey, the challenges of working at the forefront of innovation, and why young #researchers play a key role in shaping the future of computing. 💬

👩‍🔬 Celebrating the International Day of #Women and Girls in #Science! 🎉 Today, we recognise and celebrate the contributions of women and girls in shaping the future of #science and technology. 🙌 By empowering women in #science, we unlock innovation and solutions for global

📢 Introducing our latest publication: "Probabilistic Photonic Computing with Chaotic Light". 💡 #Scientific publication created with financial support from #HYBRAIN, explores how chaotic light sources can be harnessed for probabilistic #computing 🚀 The #research offers a

🧠 Pushing the boundaries of hashtag#neuromorphic computing. HYBRAIN's demonstrator brings together three advanced technologies into a single, energy-efficient platform for ultra-fast, edge AI processing. ➡️ PCP (Photonic Convolutional Processor) ➡️ AIMC (Analog In-Memory