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Twitter is a Web-based service is designed to keep people in touch with friends, family and co-workers through quick, short and frequent messages. Unlike e-mail or blogging, Twitter focuses on short updates throughout the day. Users can post brief updates, limited to 140 characters, from their desktop, personal digital assistants or cell phones. Business users can use the site to keep updated with colleagues working on a project, for example.

A longtime leader in computer and electronics research, IBM is committed to furthering nanotechnology research.

The NNI was launched in 2001 to coordinate the U.S. federal government's nanotechnology research and development.

Nanostructures have a range of applications in electronics and materials research, but before they can be mass-produced, the processes to grow them consistently and accurately must be understood.

This academic institution is heavily involved in nanotechnology research and hosts the National Science Foundation's Nanoscale Science and Engineering Center on its campus.

Scientists need tools to study, measure and manipulate nanoscale objects.

Science fiction heroes zooming faster than the speed of light is the stuff of space-age movies, but slowing down or stopping light’s speed may prove more useful to the military and others. Scientists have found that changing the pace of light brings technologies that were once considered impossible closer to reality.

Scientists are racing against the clock to develop a means of defeating an enemy that threatens to stop computer technology progress dead in its tracks. The threat is not terrorism; it is Moore’s Law, as complementary metal oxide semiconductors are nearing their size and performance limits as defined by the laws of physics.

Nanotechnology may soon provide warfighters with lightweight and powerful electronic equipment. Researchers have created a fully functional transistor radio made entirely of carbon nanotubes. This feat demonstrates that these microscopic structures can be used as high-speed transistors and radio system components that consume only a fraction of the power required by current equipment.

In the future, there will be no place to hide from the U.S. military. Two prototype sensor technologies may soon allow warfighters to observe enemy units at great distances and to track their movement inside buildings and urban areas. These systems benefit from recent developments in optics, radar, algorithms and processing to pull images out of desert heat distortion or to create maps of entire neighborhoods rapidly, greatly increasing soldiers’ situational awareness.