An international team of researchers found that exploding and weeping ceramics opens a new path in creating shape-shifting materials to improve electronics and medical devices.
A new study conducted by the most pretegious institutes innovated 2D materials to gaina stronger coupling effect for the future of electronic and optoelectronic devices.
Researchers from TU Wien in Vienna created a new nanostructure made of pure germanium bonded with aluminum that makes them best suited for complex applications in quantum technology.
Chalcogenide glasses are widely used in electronics as well as near- and mid-infrared photonics. Electrical engineers found that their use can be extended to visible and ultraviolet applications by changing their physical shape.
Scientists developed a new form of carbon that is only one atom thick, opening doors to improve rechargeable batteries and better electrical energy storage than graphene.
In a step towards electrically controllable mirrors or switchable light, researchers can now dynamically switch liquid metal surfaces between reflective and scattering states.
Now that conventional technologies are reaching their physical limits, researchers are looking for alternative methods to create more powerful devices.
A new, specially-fabricated magnetic material developed at Trinity College Dublin in Ireland has shown to be the fastest magnetic switch to date, breaking records in the process.
Single photon switches, which can turn physical processes on or off by using only a single packet of light, have far-reaching implications for quantum photonic technologies - and a new breakthrough makes it one step closer to realization.
A research team from Aalto University in Finland has developed a new device capable of reconfigurable spin-wave transport, capable of advancing studies in the field of spintronics as well as the potential for more powerful computer processors.
A team from the University of Michigan has developed self-erasing chips that can prevent counterfeiting in electronics, or send alerts in the event of tampering with cargo or shipments.