Breakthroughs in chip design techniques offer three crucial benefits for AI devices: reduced power consumption, extended battery life and the ability to support intense computational workloads.

Inspired by the lotus leaf, the ‘eAir’ sensor achieves near-ideal pressure sensing and is applicable in diverse liquid environments, including those involved in medical settings.

A jelly-like hydrogel platform keeps tumours alive for ten days, enabling an effective testing ground for various anti-cancer drugs and treatments.

Innovative ceramic wares with built-in electronic circuits are capable of responding to touch, temperature and moisture, blending technology with everyday items to create convenience and connection.

Flexible, shape-shifting organic frameworks are capable of sensing gases with high precision for applications in adsorption, separation and storage.

Uncovering the impact of urban flooding on the accessibility of EV chargers paves the way for mitigation strategies that help policymakers strengthen the resilience of charging infrastructures.

As climate change influences weather patterns and upsets food systems, researchers think it’s time to reimagine how food is farmed to ensure its security and sustainability.

A new testbed facility is launched at NUS to fast-track the testing and adoption of sustainable cooling technologies for data centres in tropical climates.

The Coastal Protection and Flood Resilience Institute Singapore aims to bolster local capabilities and expertise in coastal protection and flood management.

NUS CDE researchers design a multi-scale, climate-sensitive framework to support urban design decision-making.

Molecular diagnostics get a shot in the arm with hydrogel-based metamaterials, enhancing precision and speed in identifying critical biomarkers for disease monitoring.

NUS CDE researchers challenge the status quo of membrane technology with a novel design that promises enhanced energy efficiency and versatility.