Fundamental research is the foundation of sustainable innovation. It drives breakthroughs in polymer science that create new opportunities for industry and society. However, the importance of fundamental research is increasingly under pressure.
That’s why we advocate for long-term investment in pre-competitive, fundamental research. It’s not just about knowledge. It’s about creating the building blocks for future applications and sustainable solutions.
Why fundamental research is essential
- Solving complex challenges: fundamental research lays the groundwork for innovations that address global issues like energy transition, plastic circularity, and sustainable materials.
- Enabling new technologies: without a solid scientific foundation, breakthrough technologies would never see the light of day.
- Strengthening the knowledge base: fundamental discoveries fuel applied research and industrial innovations, ensuring that industry stays at the forefront.
- Developing expertise: fundamental research contributes to the education and training of young researchers, enabling them to work alongside experienced industrial experts and fostering a knowledge-rich community.
- Ensuring long-term impact: the challenges of tomorrow require strategic, long-term research today.
- Building partnerships: by connecting leading academic groups with industrial frontrunners, DPI transforms research insights into tangible solutions.
From fundamental research to real-world applications
DPI’s commitment to fundamental research has already led to significant industrial breakthroughs. One notable example is the collaboration with Teijin Aramid. DPI facilitated advanced analyses using solid-state NMR and Raman-spectroscopy, allowing Teijin Aramid to gain critical insights into the durability and strength of aramid fibres. These improvements have paved the way for practical applications in ballistic protection and industrial transport belts.
With DPI, we widen our horizon and gain valuable access to insights from an outsider’s perspective. This reinforces our own core expertise
Pieter de Lange, Teijin Aramid
Drive polymer innovation through fundamental research
Scientific excellence in numbers
DPI consistently ranks high in scientific output and impact. Our publications—ranging from PhD theses to peer-reviewed articles—are widely cited and often result from strong academic–industrial collaboration. In 2022, our average journal impact factor reached 5.47.