Research news

This novel acoustofluidic device provides a promising solution for sorting and size-selective capture of nanoscale objects that requires patterning into discrete traps at the single-particle level.

SUTD collaborates with international researchers to move away from inefficient trial-and-error developments in dye chemistry and quantitatively design luminescent materials.

Here’s a new chapter in the story of the miniaturisation of machines: researchers in a laboratory in Singapore have shown that a single atom can function as either an engine or a fridge.

It is clear that we must prioritize identifying and alleviating the conditions that made the Covid-19 pandemic possible. Even as it rages, scientists are already asking if it is more than just a virus, but rather a symptom emerging from something much deeper.

Researchers from SUTD have developed a process that allows for the production and degradation of almost any object within a circular economy using additive manufacturing and urban waste, the largest by-product of civilization.

Why do predators sometimes lay dormant eggs — eggs which are hardy, but take a long time to hatch, and are expensive to produce?

Researchers from SUTD worked with NTU to revolutionise 4D printing by making a 3D fabricated material change its shape and back again repeatedly without electrical components.

The research introduced a semi-automatic computational clinical tool that aims to extract structural information, such as failure load, from radiological scans of patients using functional spinal units.

SUTD research team led by Assoc Prof Dr Ye Ai, in collaboration with Assistant Prof Chrishan Ramachandra from National Heart Centre Singapore (NHCS), developed a sheathless acoustic fluorescence activated cell sorting (aFACS) system for single-cell level fluorescence detection and isolation.

SUTD leads in-depth review on the impending reality of 3D printed organs and analyses recent accomplishments, limitations and opportunities for future research.