Matter
Discover Helmholtz Matter research, share knowledge
What is our world made of? What holds it together at its core — and how does this give rise to the technologies of tomorrow?
From the smallest particles to the largest structures in the universe, from the quantum world to new materials and biological systems: Science in the Helmholtz Association’s Matter research field takes us to extraordinary places — into highly complex experiments, international collaborations, and data spaces where new knowledge emerges from observations.
This is not just about gaining knowledge, but also about making it accessible. Because what we learn about the building blocks of the world affects us all: it shapes our understanding of nature, opens up perspectives for innovation, and helps us find answers to key societal challenges.
This site invites you to discover the world of Matter from various perspectives: through freely available research data, through insights into our experiments, through resources for schools, and through topics that address the big questions of our time. It is a place where research becomes visible — and where new perspectives can arise.
Four ways to explore our research
Utilizing research data – open, accurate, accessible
Many of our findings emerge from data and the sharing of that data—open, reproducible, and accessible to the scientific community and society at large. Here, we share research data, analyses, and software tools that researchers and interested parties can use directly for their own studies, modeling, or applications. Measurement data from some of the world’s most powerful research infrastructures, findings from large-scale experiments, highly precise simulation results, and specialized analysis tools enable in-depth insights and the exchange of knowledge across disciplines.
This platform is your gateway to this world of data. Use the data portals to explore questions in greater depth, test models, or further develop existing analyses—and become part of a scientific dialogue that continually opens up new perspectives.
Processed data, analyses, and software tools are available for your own studies, reuse, and application.
360° Science – Experience research where it happens
To understand how Matter works, you have to look where knowledge is created: in our experiments, data centers, and research infrastructures. These are laboratories of extremes where we use state-of-the-art methods to experiment, model, observe, and develop technologies that reveal the world to us in detail.
Long-term basic research is our compass. It lays the foundation for scientific breakthroughs, new materials, medical innovations, and technological developments that extend far into the future. At the same time, it is the foundation for rapid and targeted solutions to urgent societal challenges.
Our research facilities are therefore not only places for the pursuit of knowledge, but also platforms for ideas: here, prototypes, new processes, and tools are created that significantly advance science and technology.
You can also experience our research virtually with 360° views of selected facilities.
Experience research with your school – science that sparks curiosity
How is new knowledge created? What do cosmic particles, light, and magnetic fields reveal about the world around us? What is it like to experience real-world large-scale research up close?
Through insights into our research facilities, experimental data, and educational materials and programs, STEM subjects come to life: Our programs for schools bring cutting-edge science directly into the classroom—and make it tangible for students. Here, young people can learn how research works, what questions it asks, and what answers it provides to the challenges of the future. Teachers gain starting points for modern, research-based instruction that demonstrates just how fascinating the natural sciences can be.
The big questions of our time – and how research is tackling them
How can we unravel the mystery of dark matter? How heavy are neutrinos? The Helmholtz Challenges bring together key questions for the future that we are addressing in interdisciplinary teams. They demonstrate how we scientifically approach topics that are changing our world—from the structure of the universe to securing our energy supply and health, all the way to new technologies. Each challenge offers a window into cutting-edge modern research and reveals how knowledge emerges when people remain curious together.
Explore here the exciting challenges being tackled by the research field Helmholtz Matter.
Research in Helmholtz Matter is part of an international network of science, technology, and infrastructure. It lays the groundwork for long-term innovation and supports evidence-based decision-making in an increasingly complex world.