Our approach

An interdisciplinary research centre in brain-inspired computing

The human brain uses a fraction of the energy of today’s computers, yet it outperforms them in countless ways. It stores and processes information in the same place. It forgets, remembers, predicts, constantly adapting to its environment.

Neuromorphic computing draws lessons from the brain to create a new kind of system:  energy-efficient, adaptive, and radically future-proof. With self-learning materials, smart architectures, and interdisciplinary collaboration, we’re creating the blueprint for future-proof computing.

At the heart of our work lies a simple conviction: knowledge alone is not enough. To make neuromorphic computing truly transformative, we’ve developed a cyclical, interdisciplinary approach that continuously connects fundamental research to real-world outcomes.

This journey unfolds across three dynamic layers:

By working across these layers, and guided by our four core research themes, we ensure a steady flow from insight to impact.Every breakthrough in the lab feeds into new possibilities for application, and each real-world challenge opens new scientific questions. This cycle is not linear, but alive, much like the systems we study.