A new ferroelectric memory device stores and retrieves data using both light and electricity, offering a compact and scalable solution to bridge electronic and photonic computing systems.

In an era defined by rapid technological change, forward-looking research and strategic talent development are key to maintaining Singapore’s global leadership in semiconductor innovation.

A new ferroelectric memory device stores and retrieves data using both light and electricity, offering a compact and scalable solution to bridge electronic and photonic computing systems.

Forging new frontiers in semiconductor materials, the AMAT–NUS Advanced Materials Corporate Lab enters a new phase featuring advanced facilities, deeper industry integration and a strong focus on talent development.

A fully integrated compute-in-memory system pairs 2D memristors with silicon selectors to offer a practical, energy-efficient route for powering next-gen AI applications.

From lab concept to real-world integration, a multi-institutional collaboration produces a compact photonic modulator-memory device that turbocharges how data moves between computer chips — more efficiently, with far less energy.

In an era defined by rapid technological change, forward-looking research and strategic talent development are key to maintaining Singapore’s global leadership in semiconductor innovation.

A single transistor can mimic the neural and synaptic behaviours of the human brain, bringing biologically inspired computing closer to reality.

Bringing non-linearity into the light, a new photonic accelerator allows AI to compute and respond entirely in the optical domain.

Soft, robust miniature robots powered by fluid kinetic energy can traverse tricky terrains at impressive speeds, offering a valuable new tool for search and rescue operations.