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Think of a question or technology of interest to neuroscience and there is an application with military or counterintelligence potential. Brain-machine interfacing can make drones (unmanned vehicles) more efficient; anti-sleep medication could prevent combat errors by men and women at war; calmative aerosols could diffuse a tense hostage situation; and new imaging devices could improve detection of deception, while a boost of certain natural neurohormones could aid in interrogation.
Earlier this year I published an update of my 2006 book Mind Wars: Brain Research and National Defense, in which I had described the implications of neuro-science for military and counterintelligence technologies. The publication of the new version, Mind Wars: Brain Science and the Military in the 21st Century, was more than justified both by the favorable reception the first edition enjoyed (surprisingly, it is still the only book on the topic), and the subsequent burst of interest in the issues raised in the first book. Both within the neuroscience community and among various governmental and nongovernmental policy organizations, the potential applications of brain research to national security are...
Earlier this year I published an update of my 2006 book Mind Wars: Brain Research and National Defense, in which I had described the implications of neuro-science for military and counterintelligence technologies. The publication of the new version, Mind Wars: Brain Science and the Military in the 21st Century, was more than justified both by the favorable reception the first edition enjoyed (surprisingly, it is still the only book on the topic), and the subsequent burst of interest in the issues raised in the first book. Both within the neuroscience community and among various governmental and nongovernmental policy organizations, the potential applications of brain research to national security are...
