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Nanofibre-based scaffold mimics biomaterial

New technique produces graded bone-like material for connective tissue engineering

Optical transistor breaks size record

Smallest optical transistor brings all-optical circuits and optical computing a step closer

Growing nanowires pinpoint on-chip targets

Anisotropic, long-range voltage profiles could guide wires up to live cells

Bilayer graphene for TFETs

Material could make good tunnel field effect transistor with high on-off current

Study examines nanoparticle uptake in marine ecosystems

Clams and biofilms accumulate the most nanoparticles by mass in test system

Carbon nanotubes wired for pressure sensing

Configuration offers ultra-low-power operation, wide dynamic range and suits vacuum-based microcavity applications

QD-LEDs emit over whole visible spectrum

MIT researchers develop unique structure to make RGB-emitting devices

Joining nanocrystals together

New type of electronic glue could be used to make large-area devices

Roll-transfer aligns nanowires for device fabrication

Low-cost, high-yield approach produces FETs with excellent device characteristics

Photostable nanotechnology benefits bioimaging and biosensing

Up-converting nanoparticles serve as fluorescent imaging probes and diagnostic agents

Nanotubes reveal breast cancer spread

Photoacoustic imaging with single-walled nanotubes could provide a non-invasive alternative to sentinel lymph-node biopsy

Nanoslits measure refractive indices

Quasi-1D arrays could offer improved sensitivity for monitoring protein-ligand binding

Probe-based nanofabrication under control

Model-less inversion-based iterative control (MIIC) paves the way for high-throughput nanopatterning

Tuning a bandgap in graphene

Results confirm graphene's potential for future nano-electronics and photonics

Foxconn patents nanoparticle LED doping

The behemoth Taiwanese company seeks to protect its method for smoothing both InGaN and AlGaAs active layers

TEM watches nanocrystals grow

Observations might be important for creating crystals with special physical properties

Nanotube-metal contacts: a sensitive approach

Cryogenic probe station helps to optimize future carbon nanotube transistor designs

Helium ions etch graphene devices

New non-contact technique can produce features smaller than 10 nm

Graphene-on-SiC FETs near DARPA targets

US defence researchers unveil devices intended for wireless applications with field mobility up to eight times higher than silicon n-MOSFETs.

Rigiflex mould turns out metallic nanopatterns

Printing technique suits optical components and could also benefit NEMS and nanofluidic devices