EU Digital & Tech’s Post

Remember this 💾, via a lot of this⚒️ to💡 “With a computing power of one billion billion calculations per second, it will be available to research, start-ups, industry & the public sector. JUPITER” #digitalEU #digitaleuprogramme

How much do you know about #exascale supercomputers? In order to equip Europe with a world-leading #supercomputing infrastructure, the EuroHPC Joint Undertaking (EuroHPC JU) has already procured nine supercomputers, located across #Europe. This includes #JUPITER, the first European exascale system. 👇 See below Estela Suarez and Fabrizio Del Maffeo sharing their thoughts on the development of exascale systems in Europe.

Exciting News! We have three interesting presentations from IBM Research's Battery Team at ACS Fall 2023 that starts this Sunday i.e. August 13, 2023. Presenters Max Giammona, Murtaza Zohair and I will be covering development and optimization of next generation batteries with high energy densities and stable cycling. Major emphasis is on the role of Artificial Intelligence(AI) in electrolyte engineering and non-intuitive but effective suggestions. I have a Poster on effectiveness of Simulation-AI synergistic approaches for electrolyte discovery that you can check out on Monday (14th August) in Hall A of Moscone Center, SF, between 12-2pm. I also discuss the state and limitations of simulation and experimental datasets. There are total 36 Talks from IBM Research on how to harness the power of AI and Quantum Computing for advances in Science. For more information, do not forget to check Accelerated Discovery booth #249 Monday- Tuesday from 11am - 5 pm. #acsfall2023 #ai #foundationalmodels #quantumcomputing #materialsscience #energystorage #energystoragebattery #batteries #ibm #ibmresearch

🚀 Imagine a world where computers learn like living organisms and process data at quantum speeds! 🧬⚛️ The fusion of biological and quantum computing is set to revolutionize tech. #QuantumBioTech #InnovationRevolution #TechFuture #BiomimicryQuantum 🌐 Unmatched Processing Power: Quantum parallel processing meets the adaptability of biology for lightning-fast computations. 🌍 Sustainability at its Core: Energy-efficient biomimicry coupled with quantum's optimization tackles global challenges. 🔐 Next-Level Security: Quantum encryption fortified by bio-inspired self-healing—innovation at its safest. 🌈 Collaboration and Inclusivity: Break down barriers! Scientists unite across disciplines for groundbreaking solutions. 💡 Real-World Impact: From AI to climate modeling, expect game-changing applications across industries. Ready for a tech revolution? Embrace the future where biology meets quantum! 🌐✨

💻Bioprocessor used a million times less power than digital: What do you need to know? FinalSpark has launched the Neuroplatform, the world’s first online platform providing remote access to 16 human brain organoids. 👉The architecture is wetware, a combination of hardware, software, and biological components. What makes this development truly special is the use of four Multi-Electrode Arrays (MEAs), each housing four brain organoids, interfaced by eight electrodes for stimulation and recording. Data transmission is managed by Intan RHS 32 controllers with a 30kHz sampling frequency and 16-bit resolution, allowing bioprocessors to learn and process information with minimal power consumption. This offers a sustainable alternative to conventional computing. 🛠What does this mean for the AI industry? Training a single LLM like GPT-3 requires about 10GWh of energy. FinalSpark says that the Neuroplatform could reduce this energy expenditure by thousands or even millions of times. There is an opinion that sustainability is one of the trends of new technologies. What do you think about it? #Biocomputing #SustainableTech #AI #Innovation #FinalSpark #Neuroplatform

The AI revolution will transform the way scientists do business, while regulators will struggle to keep up. And new frontiers like hydrogen power, quantum computing and agetech will gain steam. Here are our predictions in science and technology for 2024.

Discover the cutting-edge technologies that will shape the future! From quantum computing to the metaverse, and from bioinformatics to space technology, 2024 is set to be a year of groundbreaking advancements. 🔍 Dive into: 1️⃣ Quantum Computing: Revolutionizing data processing. 2️⃣ Metaverse Development: Blending physical and digital worlds. 3️⃣ Bioinformatics & Genomics: Driving personalized medicine. 4️⃣ Neuromorphic Computing: Enhancing AI efficiency. 5️⃣ Space Technology: Opening new frontiers. Stay ahead with r3tek and navigate the tech landscape with confidence. 🌐 #TechTrends #Innovation #2024 #QuantumComputing #Metaverse #Bioinformatics #AI #SpaceTech #FutureTech

As Generative AI rumbles in the software domain, are we on the brink of a major breakthrough in the engineering domain as well? If the claims about ambient temperature, and ambient pressure superconductor material are true -still need to be verified- (it is quite fresh published yesterday!) Such superconductor would change the world! Nobel price guaranteed 😉 💡 Imagine a quantum computer in the palm of your hand, an MRI machine that can be installed almost anywhere and for a fraction of a cost. 💡 Imagine AI and Quantum computing put together. Imagine MagLev train as you local train transport 🤯 💡... If true it is a game changer. Let’s hope 🙏 it holds water this time (not like last time) I am excited to see how it progresses and it’s potential for a large spectrum of domains that it can impact.

🚗🔋 Exciting Research Update from MG2lab - Politecnico di Milano! 🔋🚗 We're thrilled to share our latest research paper, which presents a groundbreaking approach to electric vehicle (EV) charging load forecasting. Here's a snapshot of our key findings: 📊 Advanced Forecasting Model: We applied the LSTM model with an attention mechanism to predict EV charging loads 24 hours in advance, using a real-world dataset of public EV charging equipment. 🔍 Performance Highlights: - Our LSTM with attention mechanism outperformed state-of-the-art Deep Learning models, excelling in metrics like MAE, MSE, and RMSE. - It demonstrated comparable SMAPE results to simpler LSTM and GRU models but with better training stability. - The attention mechanism significantly improved the results of Sequence-to-Sequence (S2S) models, justifying the added complexity. 📉 Limitations: The study's dependence on limited data constrains validation. The lack of expansive open datasets hampers progress, but future research aims to incorporate additional inputs to enhance precision. 🌦️ Future Directions: We plan to include exogenous variables like weather forecasts, ambient temperature, and events (holidays, mass events, maintenance) to refine our models further. This will help us better predict EV charging station occupancy trends and associated power supply. Stay tuned for more groundbreaking advancements from MG2lab - Politecnico di Milano! #MG2lab #Research #EVCharging #DeepLearning #LSTM #AttentionMechanism #Sustainability 🌱🚀 --- Link to the paper: https://lnkd.in/dJM4J2zU

Oak Ridge National Laboratory, a hub of scientific innovation in Tennessee, is currently harnessing the power of two exceptional supercomputers, Summit and Frontier, to address some of humanity's most pressing challenges. These computers, though seemingly ordinary in appearance, are powerhouses of advanced technology, with Frontier being the world's fastest supercomputer. Their capabilities are critical as the Biden administration emphasizes artificial intelligence (AI), with a new executive order directing the Department of Energy (DOE) to leverage AI for various applications including climate risk, national security, and grid resilience. Supercomputers like Summit and Frontier are essential in this era of advanced AI, characterized by the need for high computational power for tasks such as training large AI models. Oak Ridge's efforts include developing algorithms for greener flight technology, medical research, and cancer tracking, showcasing the significant role of these supercomputers in propelling AI research and development. The DOE's commitment to AI is evident in its investment in infrastructure and talent, despite challenges in balancing diverse research priorities and meeting the growing demand for supercomputing resources. As the government strives to keep pace with the private sector in AI advancements, Oak Ridge's ongoing projects and future plans highlight the pivotal role of supercomputing in advancing AI technology. #oakridge #supercomputers #artificialintelligence #summit #frontier #doe #technology #research #computing #innovation Source- https://lnkd.in/gfqzTqVx