Wireless charging tech may soon power moving EVs
Stanford scientists have managed to transmit electricity wirelessly to a moving LED lightbulb, a technology that could one day be…
Sensor captures electron waves on graphene
Scientists at Spain's Institute of Photonic Sciences have developed a near field nanoscope that is able to capture how electrons…
‘Miracle material’ to breathe new life into spintronics
A recently discovered class of 'miracle materials,' known as organic-inorganic hybrid perovskites, possesses contradictory properties that are necessary to make…
AI converts sign language into readable text
A team from Rochester Institute of Technology has developed a system that translates American Sign Language into words that can…
Biosensor monitors, maintains body drug levels
Stanford engineers have developed a drug delivery tool that monitors and maintains drug levels in the body, making it easier…
DSL pioneer shoots for terabit future
Terabit DSL may be used to mitigate the need for running fibre to the home as well as to carry…
Paving the way for a terabit future
Terabit DSL is a breakthrough in the pursuit of ultra high speed over copper, researchers say.
Shrinking ultrasound device parts to single chip
A start-up is shrinking the components of a ultrasound machine to build a low-cost, portable device to take medical imaging…
How to build electronics off re-usable wafers
Researchers have developed a new method for semiconductor epitaxial growth by leveraging graphene's so-called "wetting transparency."
‘Wetting transparency’ grows defect-free electronics
Using monolayer graphene as a non-stick interfacing sheet between the substrate wafer and the epitaxially grown material paves way for…