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We summarize the week's scientific breakthroughs every Thursday.
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TechHearing implant knows where it goes
A new type of cochlear implant includes sensors whose signals may help surgeons insert the device more deeply into the inner ear and so provide better hearing.
By Peter Weiss -
TechFacing a hairy electronics problem
Investigating why kinky metal filaments sprout spontaneously on electronic- circuit cards, researchers have found that the way metal films have been electroplated onto the surface in the first place plays a lingering role.
By Peter Weiss -
TechNarrow Escape: Sharp nanogutters hustle out wetness
Nanochannels with sharply tapered edges can dramatically boost fluid flow rates and potentially play a role in improved microchip cooling, fabrics to wick away perspiration, and other uses.
By Peter Weiss -
TechNanotubes spring eternal
Researchers have discovered that forests of carbon nanotubes squish and expand like foams, but with extraordinary resilience.
By Peter Weiss -
ComputingThe Risky Business of Spreadsheet Errors
Faulty spreadsheets and poor software practices can put businesses at risk.
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TechReaction in Hand: Microreactor produces radioactive probe in a jiffy
A miniature chemical reactor that whips up a diagnostic tool could widen the availability of positron-emission tomography (PET) scans.
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TechSweets spur biodiesel reaction
A Japanese research team has made an environmentally friendly biodiesel catalyst from charred sugars.
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ComputingNetwork Inoculation: Antivirus shield would outrace cyber infections
As a new way to protect a computer network from viruses, an epidemic of antiviral protection could theoretically propagate faster through the network than the virus itself, thanks to a novel topological twist.
By Peter Weiss -
TechHidden in Disorder: Chaos-encrypted information goes the distance
Scientists have demonstrated that a message encrypted in a chaotic laser signal can be transmitted more than 100 kilometers through a commercial optical-fiber network.
By Katie Greene -
TechMuck Tech: Natural enzyme displaces precious metal in fuel cell
A prototype fuel cell uses an enzyme from a soil microbe to generate electricity from hydrogen rather than from rare and expensive metal catalysts such as platinum.
By Peter Weiss -
TechGhost Town Busters
Facing the threat of a radioactive mess from a dirty bomb, government and industry labs are creating novel cleaning agents and fixatives to aid rescue operations and speed restoration of contaminated zones.
By Peter Weiss -
TechBionic Bacteria: Gold nanoparticles make gadgets of living microbes
Researchers have created an electromechanical device out of living microbes.
By Peter Weiss