Scientists have discovered how optical signal transmission can be controlled, which could lead to integration of plasmonics with electronic circuits.

Scientists have discovered how optical signal transmission can be controlled, which could lead to integration of plasmonics with electronic circuits.
New research describes a device and method which enables the ambient temperature production of 100nm fibres in a commercially attractive way.
New electronics harness quantum tunnelling to create transistors without semiconductors.
New system uses two-dimensional structures to guide plasmonic waves at ultrashort wavelength, offering a new platform for memory and computer chips.
Technique developed several years ago at NIST for improving optical microscopes could be applied to the next generation of computer chip circuit components.
Siemens scientists have developed new kinds of ceramics in which they can embed transformers.
Handheld X-ray camera could provide real-time inspection of sealed containers and facilities.
Mark G. Allen has been named the inaugural scientific director of the University of Pennsylvania’s Krishna P. Singh Center for Nanotechnology.
Platinum-nickel nano-octahedra save 90 percent platinum.
Researchers confine plasmons in a resonant cavity only 20 nanometers wide to precisely measure mechanical motion smaller than the size of an atom.