
The NucleicBERT model processes RNA sequences much like ChatGPT processes human language. By predicting missing building blocks, it learns patterns and relationships within RNA sequences, thereby capturing information about their structure and function.
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A new data center for AI and scientific computing is being built at KIT. The facility is intended to provide additional computing capacity for data-intensive applications, AI workloads, and scientific simulations.
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SCC is launching the first 400 Gbit/s connections between KIT's Campus North and Campus South. By expanding the network infrastructure, the SCC is paving the way for data-intensive research at the international cutting edge.
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A test system featuring photonic processors has gone into operation at KIT's Scientific Computing Center. These light-based computers are expected to make computations significantly faster and more energy-efficient in the future.
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With HoreKa 2, a new generation of high-performance computing is launching at KIT. Researchers will benefit from additional resources for simulations, data analysis, and AI.
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NFFA2050 has been selected for inclusion in the ESFRI Roadmap 2026. The decision recognizes the strategic importance of the European research infrastructure for nanoscience, materials research, and advanced analysis.
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SCC is involved in various research projects. The cooperation partners include universities and research institutions as well as companies, both national and international.
Project OverviewThe focus is on high-performance computing & data-intensive computing, simulation labs, grid and cloud computing and large scale data management & analysis.
Overview
Operation of large-scale facilities for scientific high-performance computing and data-intensive science within the framework of secure IT federations.
HPC

