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10 billion bits of entanglement achieved in silicon

Scientists from Oxford University have made a significant step towards an ultrafast quantum computer by successfully generating 10 billion bits of quantum entanglement in silicon for the first time - entanglement is the key ingredient that promises to make quantum computers far more powerful than conventional computing devices.

Posted: Jan 20th, 2011

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NIST advances single photon management for quantum computers

The quantum computers of tomorrow might use photons, or particles of light, to move around the data they need to make calculations, but photons are tricky to work with. Two new papers by researchers working at the National Institute of Standards and Technology (NIST) have brought science closer to creating reliable sources of photons for these long-heralded devices.

Posted: Jan 20th, 2011

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Real-world graphene devices may have a bumpy ride

Electronics researchers love graphene. But creating graphene-based devices will be challenging, say researchers at the National Institute of Standards and Technology (NIST), because new measurements show that layering graphene on a substrate transforms its bustling speedway into steep hills and valleys that make it harder for electrons to get around.

Posted: Jan 20th, 2011

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Secrets of mysterious metal hotspots uncovered by new single molecule imaging technique

The secrets behind the mysterious nano-sized electromagnetic 'hotspots' that appear on metal surfaces under a light are finally being revealed with the help of a BEAST. Researchers at the Berkeley Lab have developed a single molecule imaging technology, dubbed the Brownian Emitter Adsorption Super-resolution Technique (BEAST), that has made it possible for the first time to directly measure the electromagnetic field inside a hotspot.

Posted: Jan 19th, 2011

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Triblock spheres provide a simple path to complex structures

University of Illinois materials scientists have developed a simple, generalizable technique to fabricate complex structures that assemble themselves. The team demonstrated that they can produce a large, complex structure - an intricate lattice - from tiny colloidal particles called triblock Janus spheres.

Posted: Jan 19th, 2011

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Nanoparticles to make textiles

Research by two Victoria University PhD graduates has advanced cutting edge technology that combines wool with gold and silver to create a new range of multi functional textiles.

Posted: Jan 19th, 2011

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Researchers synthesize giant molecule

Producing molecules comparable with large bio-molecules in size, shape and structure is an age-old dream of organic chemists. An international research team has now succeeded in synthesising the biggest macromolecule to date.

Posted: Jan 19th, 2011

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