Open-source approach uses publicly available data and machine learning to identify carbon hotspots and guide targeted urban decarbonisation.

A new method by NUS researchers to produce hierarchical chiral materials with exceptional optical and mechanical properties offers new applications in quantum optics, photonic devices and data encryption.

Membrane technology developed by researchers at CDE overcomes long-standing trade-off in gas separation, offering improved performance in hydrogen purification and carbon capture.

Breakthrough by CDE researchers could cut carbon footprint of one of the world’s most widely used industrial chemicals.

Sustainable Tropical Data Centre Testbed hosted at CDE sign agreement with Singapore data centre to advance sustainable digital infrastructure.

Developed by researchers at CDE, the CURATE.DTx platform uses personalised AI to support healthy ageing through engaging, adaptive gameplay

Research finds that physical forces alone, without chemical cues, can set stem cells on the path to becoming bone cells, opening up new possibilities for regenerative therapies.

Research collaboration with new National Semiconductor Translation and Innovation Centre for Gallium Nitride aims to grow Singapore’s leadership in next-gen semiconductor technologies.

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.