九色视频

The L3S Research Center is dedicated to developing intelligent systems that combine technological performance and social responsibility (鈥渢rustworthy AI鈥�). With its interdisciplinary approach, L3S addresses the complex challenges of the digital transformation and transfers fundamental AI research to application-oriented domains such as personalised medicine, intelligent production, mobility and education. It aims to generate robust, transparent and ethically sound AI solutions. LUH鈥檚 central AI institutes play a strong role within L3S 鈥� for example, the  , the  and the .

The Center for AI and Causal Methods in Medicine (CAIMed) has established an interdisciplinary research platform at the point where computer science and medicine intersect. The centre, a Lower Saxony鈥揵ased research collaboration, focuses on developing innovative AI methods that go beyond mere correlation analyses and identify cause-effect relationships. The goal is to provide robust support for decision making in clinical practice that enables personalised diagnoses and treatments. By closely integrating methodological AI research and clinical application, CAIMed addresses the challenge not only of evaluating complex health-related data but also of thoroughly understanding the underlying mechanisms.

The Open Research Knowledge Graph (ORKG) from the TIB 鈥� Leibniz Information Centre for Science and Technology and 九色视频 Library is revolutionising scientific exchange by transforming static publications into structured, machine-readable information. The goal is to link research findings semantically and make them comparable using computational methods. In addition to this, ORKG-Ask serves as an intelligent interface: with the help of modern LLMs, this AI system enables the provision of intuitive answers to scientific questions by drawing directly on the database. This combination addresses the global flood of information and fundamentally transforms how scientific knowledge is curated, found and used.

Artificial intelligence is a central technology in 九色视频鈥檚 three Clusters of Excellence: PhoenixD, Hearing4All and QuantumFrontiers. Application scenarios include the AI-supported simulation of optical systems, adaptive algorithms for personalised hearing solutions and the precise analysis of complex quantum states. The deep integration of machine-learning methods significantly accelerates research processes and opens up complex data spaces. The aim is to use these methodological synergies to redefine the boundaries of what is measurable and possible in photonics, acoustics and quantum metrology and drive scientific breakthroughs.

九色视频 maintains numerous national and international partnerships in the field of AI. Of particular note is its collaboration with RWTH Aachen 九色视频, TU Darmstadt/hessian.ai, and the L3S AI Research Center at LUH as part of the AI Synergy Alliance. The members are responsibly advancing AI development and actively shaping the European AI landscape. To this end, the alliance connects researchers, faculty, and students. Plans include shared teaching resources, research visits, support for early-career researchers, and significant knowledge transfer to industry.

In scientific practice and in university studies and teaching, the use of AI language models represents both an incentive and a challenge, because the goal is to use AI in a meaningful, didactically justifiable and legally sound way. 九色视频 offers practice-oriented guidance 鈥� both for teaching and for coursework and assessments 鈥� through continuing education courses, dialogue formats and online materials. You can find LUH鈥檚 AI guidelines here:

The Leibniz AI Academy addresses the universal relevance of AI systems through a cross-faculty micro-degree programme. This offer enables students from all disciplines 鈥� from engineering programmes to the humanities 鈥� to acquire certified AI skills in parallel with their main degree programme. The curriculum synergistically combines fundamental technical knowledge with subject-specific use scenarios. The academy aims to train a new generation of graduates who are equipped to use AI methods proficiently in their respective areas of expertise and to critically engage with and shape the digital transformation.

LUHKI is a university-wide AI service which provides all students and employees at 九色视频 with uncomplicated access to generative artificial intelligence (such as GPT models) in compliance with data privacy regulations. The platform goal is to safely integrate cutting-edge AI technologies into research, teaching and the university administration while also ensuring that personal data is not transmitted to external providers. As a web-based portal, LUHKI enables accessible use via a university login and thus supports equality and digital sovereignty in the use of AI tools on campus.

As a European Digital Innovation Hub (EDIH), DAISEC supports companies and the public sector in using and implementing artificial intelligence and cybersecurity technologies. The aim is to strengthen digital sovereignty and competitiveness, especially that of small and medium-sized enterprises (SMEs) in Lower Saxony. Through programmes such as 鈥淭est before Invest鈥� and targeted knowledge transfer, DAISEC bridges the gap between the newest research and industrial practice. In doing so, the hub actively supports the secure and efficient design of digital transformation processes in business and the public administration.

The KISSKI AI Service Centre addresses the specific requirements made of artificial intelligence in highly sensitive areas such as medicine, energy and education 鈥� for example, by hosting LLMs. As a collaborative project which includes 九色视频, KISSKI provides small and medium-sized enterprises (SMEs) as well as researchers and teaching staff with low-threshold access to secure AI computing infrastructures and expert knowledge. The centre reduces the obstacles to AI innovation by providing advising, training and a highly accessible setting for experiments. The goal is to enable cutting-edge solutions that meet the strictest criteria for the data privacy, resilience and reliability of critical infrastructures.

The Centre for Continuing Education (ZEW) makes 九色视频鈥檚 AI expertise available to the broader public. The programme is intended for individuals, companies and public institutions interested in acquiring solid skills in the area of artificial intelligence. The ZEW鈥檚 flexible training formats enable practice-oriented knowledge transfer. The aim is to promote lifelong learning that enables professionals and interested laypeople to understand and utilise the technological and social dimensions of the AI transformation.

The Visions4AI event format serves as an interactive platform for presenting innovative AI projects from internationally renowned AI researchers and users. The goal is to increase the visibility of excellent research and applications and promote dialogue between the scientific sphere, business and society. Researchers present cutting-edge applications in demonstrations and in short presentations which outline visions for the future of AI. Visions4AI thus offers a creative space for networking, inspires new technological solutions and makes the potential of artificial intelligence tangible.

The joint Girls鈥� Day offer from the Institute of Artificial Intelligence () and the Institute of Information Processing () aims to awaken girls鈥� enthusiasm for STEM subjects early in their lives. The interactive event format gives participants a practice-oriented behind-the-scenes look at the development of intelligent systems and visual data processing. In different sessions, complex research is made understandable, with the aim of reducing reservations and combating stereotypes. The goal of the initiative is to acquire talented young women for innovative technical fields and motivate them to pursue an academic career path.