Articles
Creating smart textiles with carbon nanotube-based sensors
Fabric coated with the sensing technology could be used in future 'smart garments', with the sensors slipped into the soles of shoes or stitched into clothing. [ + ]
Making miniaturised wireless medical wearables
For the medical industry, the future is now when it comes to miniature battery-powered sensor devices that can be located near, attached to or implanted in the body. [ + ]
A history of industrial robots
Driven by advances in software, sensors and electronics, the market for industrial robots has greatly evolved over the past half century. [ + ]
Paper-based battery powered by bacteria
In an effort to bring portable power sources to remote parts of the world, US researchers have developed a new type of battery — made of paper and fuelled by bacteria. [ + ]
Edge plating on PCBs: a short guide
Edge plating requires precision handling of printed circuit boards, while fabricators face several challenges — chiefly around preparing the edges for plating and creating a lifetime adhesion for the plated material. [ + ]
Designing HMIs for mobile devices
Well-designed human-machine interfaces (HMIs) reduce operator error, saving companies millions of dollars by reducing downtime and increasing worker safety. [ + ]
Powering the future of smart homes
Whether it's for security or leisure, tomorrow's IoT devices need consistent power. [ + ]
Six expectations for IoT platforms in 2018
From increased value provided by edge computing to security improvements with blockchain integration, IoT platforms across the board are starting to get interesting. [ + ]
Are wearables the answer for an ageing population?
The growth in wearable devices and the ageing population may seem like two disconnected trends, but what if they were connected? [ + ]
Quantum dot LEDs achieve record luminous efficiency
Koç University's white light-emitting diodes (LEDs) exhibit a luminous efficiency of 105 lumens per watt (lm/W) — better than any other quantum dot-based white LEDs. [ + ]
Molecular electronics on the horizon
We may not be able to cram any more processing power into silicon-based computer chips, but we can make electronic devices 10 times smaller and use molecules to build electronic circuits instead. [ + ]
Heat-conducting crystals could help computer chips stay cool
Crystals made of boron arsenide have excellent thermal properties that can effectively dissipate the heat generated in electronic devices. [ + ]
From preventive to predictive maintenance
Every machine with moving parts suffers some wear and tear and will inevitably need to be serviced or have some parts replaced. The question is, when is the best time to do this? [ + ]
In-mould electronics become commercial once again
Conductive inks are a wonderfully adaptive technology, enabling them to stay relevant and to rejuvenate themselves over the past several decades. [ + ]
Graphene-infused concrete can conduct electricity
Advanced materials company Talga Resources has achieved high levels of electrical conductivity in concrete. [ + ]