flexible electronics
7 Must-Read Stories In October 2015
From driverless cars to liquid microfluidics sensors, research from Singapore is heavily featured in our top articles published in October 2015.
A Liquid Microfluidics Twist On Flexible Sensors
Unlike typical rigid or solid-state wearable sensors, this version developed by Singaporean researchers uses liquid microfluidics.
Quantum Dots Make Bright, White LEDs
Using silicon quantum dots, scientists have developed a simple way to fabricate white-blue LEDs with high current and optical power densities.
Electronics Delivered To The Brain By Injection
One million times more flexible than existing flexible electronics, the injectable mesh can be directly delivered to the brain.
Wirelessly Charged Flexible Li-Ion Batteries
A flexible, thin battery that can be wirelessly charged could be used to power the next generation of wearable devices.
Flexible Hybrid Films For Longer Lasting Displays
Scientists have developed hybrid films that could be used to make flexible touch screens on electronic devices.
Parkinson’s Protein Helps Make Ultrathin Nanoparticle Films
The bane of Parkinson's sufferers could turn out to have many useful applications in flexible electronics and wearable devices.
Cheaply Printing Flexible Electronics
NTU researchers have developed a cheap method to print flexible electronics, making the mass production of disposable electronics possible.
Durable, Lightweight Electronics Made From Paper
Printable, paper-based electronics could help make diagnostic tests cheaper and more accessible.
