NewSym brings together mathematicians, theoretical physicists and experimental scientists to investigate new forms of symmetry and their mathematical structures across different scales of nature. Going beyond familiar geometric patterns, the project explores how symmetry manifests itself at spacetime boundaries, plays a role in quantum gravity, and shapes soft active matter and novel materials. By identifying common structures across seemingly very different physical systems, the project aims to deepen our understanding of the fundamental laws of nature while also opening up new possibilities for efficient computation and the design of advanced materials.

Connecting science and society

Public engagement is an integral part of the NewSym research programme. The consortium aims to connect fundamental research with society through several initiatives:

• Citizen science: Through Symmetry Spotted, members of the public are invited to photograph and classify examples of symmetry in everyday life, nature and architecture, contributing directly to the research.
• Education: Together with Platform Wiskunde Nederland and the Netherlands Association of Mathematics Teachers (NVvW), NewSym will strengthen the connection between STEM research and secondary education, inspiring younger generations to explore mathematics and science.
• Art and culture: Partnerships with the Rijksakademie van beeldende kunsten and Kunstmuseum Den Haag / Escher in The Palace will bring science and visual arts together through artist fellowships, research on the Dutch artist M.C. Escher, and public events and exhibitions.

Through these activities, NewSym seeks to create lasting connections between fundamental scientific research, education, art and society, demonstrating how exploring the mathematics of symmetry can contribute to both scientific discovery and wider public engagement.