national university of singapore

The spider-inspired spinning method pioneered by NUS researchers produces soft fibres that are strong, stretchable and electrically conductive.
Producing soft and recyclable fibres for smart textiles
A way to empower the seabound hydrogen economy
Exhaust from coal-fired power plants, at left, contains large quantities of the greenhouse gas carbon dioxide (purple tripartite molecules). Aluminum formate, a metal-organic framework whose structure is highlighted at right, can selectively capture carbon dioxide from dried flue gas conditions, potentially at a fraction of the cost of using other carbon filtration materials. Credit: B. Hayes/NIST
A new simple very low cost material to scrub CO2 for powerplant smokestacks
National University of Singapore
A greener, cleaner, safer and more cost-effective way to produce cell-based meat
The new moisture-driven electricity generation device invented by NUS researchers capitalises on the difference in moisture content of the wet and dry regions of the carbon-coated fabric to create an electric current. Sea salt is used as a moisture absorbent for the wet region.
Generating electricity from air moisture with a self-charging ultra-thin device yields a high electrical output
Making hacking futile using quantum cryptography
Monitoring deep surgical wounds using smart sutures
Ice microneedle patches just melt away for painless drug delivery
A novel molecular computing device with dramatic reconfigurability is reminiscent of the plasticity of connections in the human brain
A new way of making quantum computers trustworthy by letting quantum computers check each other
The potential for revolutionising water disinfection technologies around the world
A new creation could give machines a human-like sense of touch
Harvesting WiFi signals to power small electronics
A new type of intelligent material
Using floodwaters to combat ongoing drought