NUS Research
Exploring atomically thin and quantum materials to enable next-generation electronics, sensing, and quantum technologies.
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Designing and integrating advanced materials for scalable, high-performance micro- and nano-electronic systems.
Creating responsive and adaptive materials for sensing, actuation, and intelligent system integration.
National Initiative
Completed
NUS College of Design and Engineering
Engineering materials, surfaces, and interfaces through nanofabrication to enable novel device architectures and functionalities.
Developing materials that control light and electromagnetic waves for photonics, optoelectronics, and sensing applications.
Advancing materials for sustainable energy, environmental solutions, and bio-integrated technologies.
Do these batteries have the power to challenge the lithium-ion reign?
MOF membranes could slash industry energy use – if they leave the lab
Toxic phenol clean-up has high eco-costs. New biocatalyst offers a solution