Videos Filtered by - Advanced processes

Metallic hydrogen for room temperature semiconductors

Nearly a century after it was theorised, Harvard scientists have succeeded in creating atomic metallic hydrogen. In addition to helping scientists answer fundamental questions about the nature of matter, the material could have a range of applications, including as a room temperature superconductor.

Electronic properties found in boron chains

A Rice University team that simulated one-dimensional forms of boron is said to have found they possess unique properties. If the metallic ribbons of boron are stretched, they morph into antiferromagnetic semiconducting chains, and when released they fold back into ribbons.

Dark lattice modes used to create laser light

A plasmonic nanolaser that operates at visible light frequencies and uses dark lattice modes has been made by researchers at Aalto University, Finland. The results are said to open new prospects for on chip coherent light sources.

Scientists create self-healing material

A transparent, self-healing, stretchable, conductive material has been developed by scientists at the University of California, Riverside and the University of Colorado, Boulder. The material can be activated electrically to power artificial muscles and could be used to improve batteries, electronic devices and robots.

Optical fibre sensor enables real time detection

Optical fibre sensing shows promise for monitoring the condition of structures. By embedding long optical fibres into a structure, strain and temperature distributions along the fibres can be detected. Until now, however, time of distributed measurement took from several tens of seconds to several minutes.

Fluorescent dye could fuel liquid-based batteries

Scientists at the University at Buffalo have identified a fluorescent dye called BODIPY as a suitable material for stocking energy in rechargeable, liquid-based batteries that could one day power small and large scale devices, including cars and homes.

A smartwatch prototype uses wrist as a joystick

A Dartmouth-led team has developed WristWhirl – a smartwatch prototype that uses the wrist wearing the watch as a joystick to perform common touch screen gestures with one-handed continuous input – useful when the other hand is encumbered.

Visible light communication now possible in the dark

A Dartmouth project called ‘DarkLight’ is said to have demonstrated for the first time how visible light can be used to transmit data even when the light appears dark or off. DarkLight is claimed to provide a new communication primitive similar to infrared communication but it exploits the LED lights already installed rather than needing additional infrared emitters.

Liquid metals for elastic electronics

Self-propelling liquid metals, developed by researchers at RMIT University in Melbourne, are said to be a critical step towards flexible and reconfigurable soft circuit systems, such as 3D electronic displays and components. Potential applications range from smart engineering to biomedicine.

Electronics that dissolve on command

Researchers at Iowa State University have created transient electronics that can dissolve on demand. They say the technology could be used in mobile phones and credit cards as anti-theft devices, as well as in military.

RF MEMS switch could enable 'true 4G'

General Electric has created a 3GHz RF MEMS switch that can handle up to 5kW of power. Measuring just 50 x 50µm, the device is expected to enable increased data transfer speeds, enhanced signal quality and the advanced RF designs required of LTE-Advanced devices.

Smart fabrics developed at NPL

NPL has developed a new method to produce conductive textiles. The technique could make integrating electronics into clothing simple and practical, by enabling lightweight circuits to be printed directly onto complete garments.

Researchers make advance towards flexible electronics

Polyurethane studded with gold nanoparticles can conduct electricity even when stretched, Michigan engineers have discovered. The breakthrough is expected to pave the way for flexible electronics and advanced medical devices. To find out more, click here.

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