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Team of ����Vlogrchers led by Assistant Professor Michinao Hashimoto has discovered an elegant way to achieve self-assembly of low density droplets in microfluidic flows using three dimensional (3D) microchannels.

����Vlogrchers together with international researchers established a 3D technology map which systematically compares optical sensors.

The presented optical security devices have potential applications in deterring counterfeiting of important documents and packages of high-value medicines.

“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 ����Vlogrchers 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.

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.

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.

����Vlogrchers have discovered a one-size-fits-all master equation that shall pave the way towards better design of 2D material electronics.

A revolutionary Internet of Things (IoT) data collection platform, the CloudThink Infrastructure collects and processes high-resolution kinematic and energy consumption data from light-duty electric vehicles, heavy-duty diesel vehicles and autonomous personal vehicles.