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Samsung's future-gazing scientists claim to have cooked up a way of developing atom-thin silicon alternative graphene on a commercial scale.
Your taxes are to fund development of 'wonder material' graphene and a big data institute named after scientist and war hero Alan Turing.
Researchers at Big Blue improved graphene-based radio receiver performance by attaching the fragile form of carbon material at the end of the chipmaking process.
Graphene is the key to a new image sensor developed at the Nanyang Technological University (NTU), Singapore, that is 1000 times more sensitive to light than traditional models.
Aerographite has been dethroned as the world's lightest substance, replaced by a new form of graphene aerogel.
The mobile-phone maker receives a $1.35 billion grant to work on development of the 2D wonder-material that is stronger, lighter, and thinner than anything else on Earth.
Rice University researchers develop a technique to modify the surface of graphene, a step toward controlling it like a semiconductor for multi-purpose electronic circuits, optics, and chemical sensors.
This porous material is far more sensitive than the current sensors used by bomb squads to identify gases from nitrogen-based explosives. It also detects leaks of dangerous industrial gases.
Graphene holds the potential for profoundly transforming materials science--everything from computer chips and flexible displays to solar cells and lighter aircraft.
UC Riverside researchers explain how graphene, a material with strong heat-conducting properties, could move heat around in silicon chips to prevent damaging hot spots.