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Army.mil reports on the Army\'s use of simulated wounds to train medical staff.
Federal News Radio told you about the Army’s plans to bring smartphone technology to the battlefield within a year. If the service wants to issue every soldier some kind of smartphone, the move could turn…
The U.S. Army has awarded Oshkosh $255 million to build 250 Mine Resistant Ambush Protected All-Terrain Vehicle (M-ATV) ambulances for Afghanistan.
Computer networks and social networks depend on interaction between individuals -- whether it\'s individual machines or human beings. The science of these complex interactions shares some common underlying themes, and a team of Army researchers hopes that examining these networks will provide feasible solutions.
Several of the most promising technological research projects at University System of Maryland-related labs are getting a strategic infusion of federal cash to help them through the most difficult phase of development, and toward the commercial market. Maryland\'s Jacques Gansler explains.
MACE program taking commercial technology and modifying it to make it more secure and rugged. The Army is asking for vendor ideas on how to do this and what apps are possible in theater.
The Army is developing technology for soldiers to use smart phones on the battlefield.
DoD is on a mission to develop a preventive HIV vaccine for U.S. military personnel and for the global community.
The Army has kicked off the competition to develop son of the Future Combat System.
The Army Times received more than 70 e-mails from active-duty, civilian and retired users. Almost all of them expressed some dissatisfaction with the site.
The Army and the U.S. Transportation Command are investigating whether updated airships can be revived for both combat and humanitarian troop movement.
In theory, plants could be the ultimate \"green\" factories, engineered to pump out the kinds of raw materials we now obtain from petroleum-based chemicals. In reality, its been an elusive goal. Now, in a first step toward achieving industrial-scale green production, scientists from the Department of Energy\'s Brookhaven National Lab and their collaborators report engineering a plant that does produce the levels of compounds that could potentially be used to make plastics. The raw materials for most precursors currently come from petroleum or coal-derived synthetic gas. Additional technology is needed, but researchers say they\'ve now engineered a new metabolic pathway in plants for producing a kind of fatty acid that can be used as a source of precursors to chemical building blocks for making plastics such as polyethylene.