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Light-scattering nanowires could help improve LEDs

Southampton team on track for observing Anderson localization.

New transfer tactics make better graphene devices

Lower concentrations of polymer solution result in less p-doping.

First light for MoS2

2D semiconductor could rival wonder material graphene and even silicon itself in future optoelectronics.

Graphene plasmonics for optoelectronics

IBM researchers calculate plasmon-damping rates in carbon nanostructures.

Amino acids allow bacterial 'nanowires' to conduct electricity

Research could allow similar materials to be synthesized in the lab.

How could nonlinearity limit NEMS?

Latest experiments shed more light on nanoscale behaviour.

Silicon atoms seen ‘dancing’ in graphene

Motion of cluster atoms tracked using electron microscope.

Full steam ahead for gold nanoparticles

Phenomenon could come in handy for sterilizing medical instruments and purifying water, among other applications.

Metasurface couples SPPs and light

New technique could be useful for making integrated plasmonic circuits.

Plastic memories made easy

Researchers make smooth ferroelectric d-PVDF films for the first time.

Graphene loudspeaker could rival commercial speakers and earphones

Device boasts fairly flat frequency response between 20 Hz and 20 kHz.

Nanorod and paddle make new thermal sensor

Structure could be ideal for night-vision goggles, home surveillance and perhaps even next-generation smartphone cameras.

Physicists bang the drum for quantum memory

Data stored and retrieved on thin aluminium disc using vibrations.

Substrate controls doping in graphene

Finding will come in very useful for making improved graphene-based devices.

Graphene allows nanoantenna tuning

First ever electrically tunable mid-infrared plasmonic antenna.

SiLEDs emit multicolours

Devices can be tuned to emit over a range of colours, from deep red to yellow-orange, by controlling size of silicon nanocrystals

How do superlattices grow?

New X-ray techniques shed more light on these technologically important nanostructures.

Quantum refrigerator is efficient and reusable

Tunnelling electrons chill large objects to below 300 mK.

Graphene helps answer noise question

Does low-frequency noise occur on the surface or in the bulk of a device?

'Atomic collapse' seen in graphene

Exotic electronic behaviour could help improve nanodevice design.