Why New Technologies Are Needed

For decades, Moore’s Law drove predictable improvements in computing.
Today, transistor scaling slows down while computing demand accelerates, opening a structural gap that silicon alone cannot close.

The Emerging Gap

Where scaling ends and demand explodes, new computing technologies must emerge.

Moore’s Law is slowing, not disappearing while computing demand continues to accelerate.

We explore next-generation materials and nanostructures that unlock new physical behaviours and higher efficiency.

Emerging Materials

Core Areas

Novel Device Architectures

Optimal Control

We design and prototype new device geometries and operational principles that reimagine performance, efficiency and control.

We investigate advanced control techniques, informed by principles developed in both classical and quantum systems, to enable more precise, efficient and scalable operation.

What This Enables

More powerful and energy-efficient computation

New system capabilities beyond classical scaling

Ultra-low-power embedded and secure electronics

Secure and high-reliability electronics

Pathways towards next-generation computing models

Where limits end, the next paradigm begins.