"Given the explosion in the development of distributed/decentralized systems, this research shows that a dynamic rewiring of the interaction network is essential to the effective collective operations of these complex engineered systems at different time scales."

The SUTD researchers developed the CNF hydrogel which allows for its transformation from a solid hydrogel to a fluid when subjected to stress, and back to a solid hydrogel in less than a minute.

It may often remain unclear, whether the AI's decision making behavior is truly 'intelligent' or whether the procedures are just averagely successful.

A research team from the SUTD developed a simple method to fabricate microchannels using fluoropolymers.

Researchers from the SUTD developed a modular approach to fabricate microfluidic axisymmetric droplet generators with distinct modules of 3D printed fittings, needles and tubes.

In essence, this work communicates a new synthetic 'tool' for chemists which operates in an unconventional and intriguing manner, paving the way for the design of other asymmetric reactions based on halogen-bonding interactions.

Researchers from the SUTD and Shanghai Jiao Tong University (SJTU) proposed a paradigm to use finite-element simulations and hybrid multimaterial 3D printing to design and manufacture fast-response, stiffness-tunable (FRST) soft actuators which are able to complete a softening-stiffening cycle within 32 seconds.

Unlike regular diffractive optical elements that have a frosted-glass appearance and projects only single images, these new holographic colour prints can be a stronger deterrent to counterfeiters while looking pretty at the same time.