The Elements and Theory of High Energy Warfare: A Twenty-First Century Revolution
Date of Graduation
Master of Science in Defense and Strategic Studies
Defense and Strategic Studies
William Van Cleave
laser, microwave, directed energy, future warfare, technology
Defense and Security Studies
Can Directed Energy (DE) weapons change the way wars are fought and if so, how? When analyzed from a technical perspective it is obvious that for the past few decades there have been considerable improvements in the efficiency and durability of DR technologies. A number of these DE technologies show promise as weapons systems as seen in the recent introduction of the Active Denial System (ADS) a High-Power Microwave (HPM) non-lethal weapon for security forces. Although this device and other technologies may offer some combat capability for current operations, there is a new generation of DE technologies that offer significantly more impressive effects with greater energy-conversion efficiency. When these weapons are combined with new high density energy storage technologies such as fuel cells, it is possible to conceive of widespread field employment. Moreover, from a tactical perspective DE weaponry offers effects that may be far superior to the traditional arms. It offers sensor-shooter synchronization, faster than response attack, global range engagement and denial of space, forms, and levels of combat. This could significantly alter the ways wars are fought, bringing about an era of High Energy Warfare (HEW).
© Daniel Andrew Shellenbarger
Shellenbarger, Daniel Andrew, "The Elements and Theory of High Energy Warfare: A Twenty-First Century Revolution" (2007). MSU Graduate Theses. 2288.