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Nanotechnology

Electrically controlled surface plasmon dispersion in hole arrays
A nanostructured optical system based on polaritonic crystals and a liquid crystal layer can modulate light transmission up to 100Hz.
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Atomic clocks are capable of measuring time with a precision of one part in a billion or greater. Nerac analyst James Marie looks at recent patent activity.
Optical fibers with bending loss several hundred times lower than standard single-mode fibers reduce installation costs for applications in multi-dwelling buildings.
A carbon-nanotube field-effect transistor reliably detects single-electron events at a relatively high temperature of almost 150K.
Semiconductor quantum dots integrated in nano-cavities exhibit atom-like properties that can make them useful for the design of functional quantum information networks.
Nano-engineered devices could enable energy-conversion efficiencies on par with bulk silicon technologies, with a cheaper manufacturing process.
 

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Simple methods have been developed for large-scale synthesis and micropatterning of highly aligned carbon nanotubes for various applications.

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