Castiel 3

CASTIEL 3 promotes interaction and exchange of expertise and competence across the NCC network. CASTIEL 3 project aims at further strengthening Europe’s advance-computing capacity, by promoting interaction and exchange of expertise and competence across the NCCs network. The networking and coordination of the NCCs at the European level is essential for ensuring effective collaboration, sharing …

EuroCC 3

EuroCC 3 aims to further strengthen the distributed network of National Competence Centres (NCCs) for HPC, supporting their development and service provision across all participating countries. EuroCC 3 goal is to identify and address the skills gaps in the European High Performance Computing (HPC) ecosystem and coordinate cooperation across Europe to ensure a consistent skills base. …

HiPEAC 8

HiPEAC will reinforce Europe’s computing ecosystem across the IoT, edge, cloud and HPC continuum through clear objectives and practical actions. Objectives are: produce and disseminate an annually updated community vision that translates technical, business and societal trends into research and policy priorities; align agendas across European partnerships by running a Partnership Forum with joint undertakings, …

EUMaster4HPC Phase 2

EUMaster4HPC is composed of European universities, research/supercomputing centres and industrial partners with the mission of defining a joint curriculum in HPC across Europe. The second phase of EUMaster4HPC expands the programme’s ambition and reach, scaling up training capacity while strengthening links with industry and emerging fields such as AI and quantum computing. With over 400 …

EuroIHPCSS

The EuroIHPCSS project supports Europe’s ongoing participation in the International HPC Summer School (IHPCSS), a long-running global training initiative that brings together graduate students and early-career researchers from around the world in learning about major state-of-the-art aspects of high-performance computing (HPC), data-intensive computing and related technologies. The project coordinates the European contribution to four editions …

Q-NEKO

Q-Neko (Nippon-Europe Quantum Koraborēshon) unites top-tier research and industry stakeholders in Europe and Japan to advance hybrid HPC (High-Performance Computing) and quantum computing (QC). Our 36-month project pursues five main objectives: (1) develop a high-impact library of quantum-enabled solutions for complex scientific and industrial challenges (materials science, CO2 emission reduction, telecommunications, computational fluid dynamics, satellite …

SPE

The SPE project addresses one of Europe’s most pressing technological challenges: preparing the convergence of High Performance Computing (HPC), Artificial Intelligence (AI), and Quantum Computing and Simulation (QCS). It will identify key research and technological challenges and produce a strategic roadmap, as well as policy papers to guide Europe’s research and innovation agenda beyond exascale. …

EuroTPC

EuroTPC establishes a clear and actionable framework to ensure that European perspectives are effectively represented in strategic decisions within the international Trillion Parameter Consortium. By enabling coordinated European contributions to open, large-scale AI models, including all the data, evaluation and infrastructure around them, EuroTPC supports the development of extreme-scale, state-of-the-art, trustworthy, and reliable AI for science …

QEC4QEA

QEC4QEA will establish a one-stop shop for quantum solutions and expertise, fostering close collaboration between developers, quantum computing scientists, and end users. The centre will offer a comprehensive service portfolio, ranging from a hardware-independent application library, benchmarking suites, APIs, and compilers to curated access to high-performance computing (HPC) and quantum infrastructures across Europe. The project …