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'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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