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

This month, Lt. Gen. Harry Raduege Jr. examines transition plans-his favorite, in particular, which is the 500-day plan. He discusses his experience using such a plan at CENTCOM and at DISA, and the benefits of doing so over, say, an 18-month plan or the "typical" five-year strategic plan favored by so many organizations. That leaves us with this month's Incoming question: What transition models are working for your agency or organization? How might the 500-day plan work for you?

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

U.S. defense planners are redesigning military doctrine and capabilities to adapt to the new realities of insurgent and asymmetrical warfare. To build an effective force in this era, the military may have to empower the 21st century warrior with new capabilities previously limited to higher-level commanders.

While most military planning focuses on how to win wars, a concept developed by forward-thinkers in the joint world is honing methods to prevent them. Dubbed cooperative security, the plan aims at helping countries with struggling governments and economies so they do not fall victim to internal conflict or become tempted to open their doors to terrorists. Its creators willingly acknowledge that not only would it be impossible for the armed forces to bring about the desired stability on its own, it would be foolish for them to even try to go it alone.

The U.S. and Japanese militaries are reaffirming their commitment to collaboration with the construction of a Japanese air defense command on a U.S. Air Force base in the Asian country. The move further enhances the bilateral relationship the two nations share and will increase command and control through persistent personal interaction.

The National Geospatial-Intelligence Agency is offering its intelligence users a menu instead of serving them the food of its own choosing. A new online system being implemented incrementally will provide the agency’s customers with the capability to individually tailor their own diet of geospatial intelligence services and products.

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.

Sights, sounds and searches will undergo vast improvements for computer users in the coming years as researchers’ imaginations and know-how take flight and new capabilities hit the marketplace. Novel data visualization tools will enable users to create photo compilations that produce three-dimensional virtual tours of a location. Communications devices will be embedded with arrays of microphones and speakers that craft sound bubbles. And tomorrow’s versions of today’s word processing software will lend a techno-helping hand by automatically searching out previously composed materials and making them available at the click of a mouse. In fact, plans for new man-machine interfaces may make even the mouse-click itself obsolete.

The minds of the world who are creating the future’s communications technology already know what to expect in the next generation—tools that are smaller, more powerful and more flexible yet less expensive. These experimenters also know that current bandwidth problems have to be a focus area for future operations. Research and development is already underway on everything from nanomolecules to intercontinental systems that will incorporate those features that troops need most. At the same time, military members can expect brand new capabilities and better security as well.