
'Nanonet' Circuits Closer To Making Flexible Electronics Reality
Researchers have overcome a
major obstacle in producing
transistors from networks of
carbon nanotubes, a
technology that could make
... > full story

Advance Brings Low-cost, Bright LED Lighting Closer To Reality
Researchers have overcome a
major obstacle in reducing
the cost of "solid state
lighting," a technology that
could cut electricity
... > full story

Controlled Growth Of Truly Nanoscale Single Crystal Fullerites For Device Applications
Researchers have found a way
to make ultra-small pure
carbon crystals entirely
formed from the spherical
carbon 'buckyball' molecule
... > full story

Phonon Floodgate In Monolayer Carbon: Unexpected Gap-like Feature Found In Energy Spectrum Of Electrons Tunneling Into Graphene's Single Layer Of Atoms
The first scanning tunneling
spectroscopy of graphene
flakes equipped with a
"gate" electrode has found
an unexpected gap-like
... > full story
- 'Nanonet' Circuits Closer To Making Flexible Electronics Reality
- Advance Brings Low-cost, Bright LED Lighting Closer To Reality
- Controlled Growth Of Truly Nanoscale Single Crystal Fullerites For Device Applications
- Phonon Floodgate In Monolayer Carbon: Unexpected Gap-like Feature Found In Energy Spectrum Of Electrons Tunneling Into Graphene's Single Layer Of Atoms
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Principles Behind Stability And Electronic Properties Of Gold Nanoclusters Identified
July 16, 2008 Scientists have described the principles behind the stability and electronic properties of tiny nanoclusters of metallic gold. The study found that the clusters are stable because they behave like ... > full story -
Multitasking Nanotechnology: Tiny Electronically Active Chemicals Can Form Ordered Layers
July 14, 2008 Tiny electronically active chemicals can be made to form ordered layers on a surface. These nanostructured layers may one day be used to build the components of electronics devices, such as ... > full story -
Vest To Measure Stress
July 11, 2008 How stressed are we? A sensor vest will soon be able to tell us. From sports training to computer games, the garment registers the electrical excitation of the muscles at any given time and ... > full story -
Nanoscale Lithographic Technology: Finer Lines For Microchips
July 11, 2008 Researchers have achieved a significant advance in nanoscale lithographic technology, used in the manufacture of computer chips and other electronic devices, to make finer patterns of lines over ... > full story -
Room Temperature Superconductivity: One Step Closer To Holy Grail Of Physics
July 10, 2008 Scientists have for the first time identified a key component to unraveling the mystery of room temperature superconductivity. Materials that could potentially transport electricity with zero ... > full story -
Better Technology For Developing Plastic Solar Cells And Plastic Electronic Devices Created
July 9, 2008 A new way to help technologists develop efficient and inexpensive plastic electronic devices, such as plastic solar cells and a new type of transistor has been developed. As the probe bobs up and ... > full story -
New Logic: The Attraction Of Magnetic Computation
July 9, 2008 Researchers have demonstrated functional components that exploit the magnetic properties of electrons to perform logic operations. Compatible with existing microtechnology, the new approach heralds ... > full story -
World's Smallest High Performance, Low Energy Sensor
July 7, 2008 Scientists are developing the world's smallest, high-performance and low-power sensor in silicon which will have applications in biosensing and environmental ... > full story -
Printed Optical Electronics Come Into View
July 3, 2008 European researchers have taken a major step towards the goal of developing printable electronics that can be used for creating radio frequency identification tags and flexible watch displays. ... > full story -
Chip-cooling Technology Achieves 'Dramatic' 1,000-watt Capacity
July 2, 2008 Researchers have developed a technology that uses "microjets" to deposit liquid into tiny channels and remove five times more heat than other experimental high-performance chip-cooling methods for ... > full story
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