Medicine & TechnologyScientists are looking at the exoskeleton of an Asian beetle species, using its unique properties to develop new technologies based on its color and mechanical strength.
A newly developed strategy to solve electromigration could potentially extend the life and performance of devices based on nanoelectronics and semiconductors.
Now that conventional technologies are reaching their physical limits, researchers are looking for alternative methods to create more powerful devices.
In a new discovery regarding graphene, two research teams independently discovered a particular graphene system whose electrons "freeze" as temperature rises.
In the ongoing pursuit for materials for electronic devices, researchers turn to the natural world in order to find alternatives that solve the issues of cost and availability - and crab shells might offer a solution.
Diamonds are known to be among the stiffest materials known to man. A new study finds a worthy competitor to the naturally-occurring cubic diamonds - in the form of lab-made hexagonal diamonds.
In the Information Age, electronic devices are almost everywhere - pushing developers and researchers to find lighter and more flexible materials that could prevent interference between devices and minimize radiation exposure to humans.
Two-dimensional (2D) materials are the subjects of increased scientific interest, potentially improving electronic devices past the limitations of conventional silicon substrates.
While carbon nanotube fibers are known to be less durable than the nanotubes within them, a new study could help close the gap between these materials.
A research team from the University of Manchester in the UK has overtaken Egyptian linen's finest Egyptian linen for the world's finest woven fabric, recognized by the Guinness World Records.
A new design for ultra-efficient, nano-thin piezoelectric materials could revolutionize self-powered electronics, such as wearable gadgets and medical implants like pacemakers.