Inspired by human skin, the ReSURF sensor detects pollutants in milliseconds without the need for an external power source.

Engineered hydrogels preserve live tumour fragments from patients for over 12 days, enabling more accurate testing for personalised cancer treatments.

An NUS research team has demonstrated a long-sought capability to pave the way for ultrafast, energy-efficient memory and logic devices beyond conventional electronics.

Researchers break 26% barrier with solar cell design that could power next-generation wearables and smart devices.

Asst Prof Ali Ghahramani leads research at CDE that redefines how we think about buildings: not as static infrastructure, but as intelligent, human-centric environments.

Quantum materials are changing the way we understand electronics — and could open the door to entirely new technologies.

Breakthrough study by CDE researchers uncovers how to reverse age-related changes in heart cells by changing their environment.

Research shows sex-specific therapies could improve outcomes for deadly valve disease.

Precision-targeted treatment developed by CDE researchers protects plants from harmful bacteria without disrupting natural functions.

New non-viral gene delivery system developed by CDE researchers efficiently engineers immune cells with minimal damage, potentially widening access to treatments.

This breakthrough could enhance forecasting and uncertainty assessment across diverse fields from weather forecasting to AI.

Nature-inspired material combines strength, flexibility and sustainability for next-generation protective and biomedical applications