News

New developments in chip energy efficiency will boost Singapore’s AI and semiconductor industry with new capabilities in always-on AI devices.

Research could lead to better drug treatments by targeting supporting non-cancer cells within tumours.

Researchers at CDE develop energy-efficient, cost-effective method to convert waste carbon dioxide emissions into a wide range of chemical feedstocks.

Research at CDE could lead to new materials able to change shape and machines that can move independently, mimicking how biological cells work.

As part of CDE Distinguished Leaders Lecture Series, Prof Yeo Yee Chia explored the crucial role of semiconductor research and its impact on the global economy.

CDE researchers say groundbreaking design for ammonia-fueled marine engine could mark a significant leap forward in sustainable shipping.

The research alliance will continue to support CDE’s research collaborations in the areas of radar and applied electromagnetics.

Research at CDE led by Assoc Prof Palani Balaya unlocks potential for high-power sodium-ion batteries.

Agreement between CDE and ASI will support development of innovative solutions and technologies to enhance safety across the Army.

Design lab led by CDE Assoc Prof Shinya Okuda collaborates with Alexandra Hospital in developing features of rehabilitation centre using upcycled timber.

Theoretical physicist Professor Sir John Pendry, famous for his development of a Harry Potter-style invisibility cloak, delivers a guest lecture at CDE.

Paper recognised for outstanding influence in the field of materials chemistry, highlighting importance of collaborative efforts across disciplines in advancing science.