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The tiniest parts of matter provide insight into big contexts. Sunlight, magnetism and molecular interactions are just some of the things that cannot be explained conclusively without them. As a basis for advanced technologies, quantum physics is set to achieve great things across a range of different areas. What is the current status of advances in quantum computing, communications, imaging and sensors?

Products from Germany’s factories enjoy an excellent reputation. In 2017, the “Made in Germany” label was ranked first in a study by statistics portal and market research firm Dalia Research. A recent study by entrepreneurship platform Meisterkreis, transformation research agency Sturm und Drang and agency group Serviceplan Group found that 25 percent of consumers in Europe, China and the United States favor German brands. Or rather, they still do. There is a trend toward domestic products, notably driven by U.S. President Donald Trump and his “America First” policy. And, as the study also reveals, German products have a worsening image here in their home country. Some 42 percent of German participants indicated that their reputation has declined. So how is the German art of engineering doing? Which technologies and methods might help to secure a competitive edge internationally? And how can the research sector support industry?

Science year 2025 - Energy of the Future: Fraunhofer is working to further develop and refine hydrogen technologies and geothermal systems while boosting their efficiency and at the same time to make nuclear fusion possible in the long term as an ecofriendly source of energy. The German Federal Ministry of Education and Research (BMBF) has dedicated Science Year 2025 to these energy forms of the future.

Fungal mycelium as a construction material, ecofriendly concrete and smart recycling solutions pave the way for climate neutrality.

The weapons available for fighting dangerous bacteria are losing their edge, and life-threatening infections are increasingly resistant to treatment. There are hardly any substitutes available so far, making it high time someone took action.

Fraunhofer-Forschende entwickeln Quantensysteme für verschiedene Anwendungen und Branchen, um damit Antworten auf die großen Herausforderungen unserer Zeit zu finden – ob Klima, Gesundheit, Verkehr oder Sicherheit.

The next stage in the evolution of technology is coming up: Artificial intelligence is poised to turn robots into all-around self-learners, helping out in industry, logistics, nursing, and private households. Will smart machines radically reshape our lives – and especially our working lives – not long from now?

The collapse of the Carola Bridge in Dresden has demonstrated how important it is to identify infrastructure weaknesses at an early stage. Indeed, roads and bridges, railways and power lines in Germany are showing their age, and some of them have significant structural defects. According to the latest condition survey from 2022, commissioned by the German Federal Ministry for Digital and Transport (BMDV), 7,112 kilometers of highway, 8,000 highway bridges and 17,630 kilometers of rail are classified as in need of repair. Innovative Fraunhofer solutions can help simplify, expedite, and cut costs of maintenance, analysis and servicing work − an overview.

During this year of back-to-back elections, reality is catching up with the warnings experts have been making for years: deepfakes and disinformation have been supercharged by artificial intelligence. With fakes now so convincing, more and more people are asking themselves: Can I believe my eyes and ears?

Sometimes there’s too much, sometimes too little: Water, the most important factor in our survival, doesn’t make it easy for us. How can we ensure an adequate water supply even amid climate challenges?