Research Features
Unveiling the hidden wonders of graphene
Graphene has been found to exhibit remarkable and unexpected magnetoresistance properties, potentially paving the way for the development of next-generation electronics.
Unconventional superconductors boost quantum sensors of light
Innovative techniques for fabricating high-temperature superconducting nanowires enable single-photon detectors to operate at elevated temperatures, making them more versatile for applications across various domains.
Solid Natural Gas: An Avenue to a Safer, Cleaner and Brighter Future
NUS CDE researchers blaze the way for a highly secure quantum internet armed with unprecedented network protocols.
One step filter offers route to greener ethylene purification
CDE researchers discover greener and cheaper method for purifying ethylene – said to be the world’s most important petrochemical.
A quantum leap in communications security
NUS CDE researchers blaze the way for a highly secure quantum internet armed with unprecedented network protocols.
AI-powered medical platform promises to empower more out of less
Developed at the NUS College of Design and Engineering, CURATE.AI is a personalised medical platform that dynamically tailors training and treatment for each individual
Opening the gates to sustainable separation
To advance sustainability efforts, Assistant Professor Sui Zhang is developing highly efficient membrane
Powering the future with perovskite-based solar cells
By leveraging his expertise in materials innovation, Assistant Professor Yi Hou is devising next-generation tandem solar cells towards meeting the energy demands of the future.
Influencing policy changes on sustainable urban development with scientific evidence
Professor Rajasekhar Balasubramanian wants to contribute to the growth of one of the upcoming initiatives— sustainable urban development—through interdisciplinary research and creative thinking.
A deeper dive into the “blue and green” of coastal vegetation
Assistant Professor Gary Lei hopes that his research on how hydrodynamics may affect aquatic plants’ ability to curb erosion and promote carbon sequestration, especially in seagrass ecosystems, can further underscore on the importance of coastal vegetation to economic activities.
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