Research Impact

Innovative approach by NUS Engineers gives aircon respite to outdoor diners for less energy.

A newly discovered flexible organic polymer promises to open the way to more reliable and long-lasting medical electrodes.

Newly-identified bacterium removes polluting phosphorus and nitrogen from wastewater at half the usual electricity cost.

The platform called ‘IDentif.AI’ was able to examine more than 500,000 combinations of 12 potential drug candidates in just two weeks.

A breakthrough process allows low cost and sustainable production of solidified natural gas (SNG), opening the way to easy storage and boosting the energy security of gas importers like Singapore.

NUS Assistant Professor Chen Po-Yen (right) and doctoral student Yang Haitao (left) and their team created a new metallic material for soft and flexible robots ‘Origami robots’ are state-of-the-art soft and flexible robots that are being tested for use in various applications including drug delivery in human bodies, search and rescue missions in disaster […]

Organised by the World Green Building Council, the global summit Session 3 on Indoor Environmental Quality sought to explore three components of the new WorldGBC’s Health & Wellbeing Framework – Protect health, prioritise comfort and harmony with nature.

Highly flexible material maintains exceptional reliability for health monitoring and robot sensing over long-term use.

Researchers say the novel combination used to extract drug components from discarded seafood shells and wood waste could have wide range of applications.