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The Office of Naval Research's EO/IR Sensors and Sensor Processing program has the objective of developing high-performance, low-cost, next generation electro-optic sensors, devices and autonomous processing to provide real-time detection, tracking, classification, and identification of air, sea-surface, and ground targets in all weather conditions.

The Marine Mammal Health program aims to improve the detection, treatment and prevention of diseases in U.S. Navy marine mammals to ensure the ongoing health and overall longevity of the animals.

Interactive software that can dramatically cut the time it takes to plan safe submarine missions is crossing over to the surface fleet and is being installed this month on the guided-missile cruiser USS Mobile Bay (CG 53).

A U.S. Marine and Coast Guardsman each recently received a Chief of Naval Research (CNR) Award for Excellence in Intelligent Autonomous Systems from the Naval Postgraduate School (NPS).

The Office of Naval Research's Machine Learning, Reasoning and Intelligence program focuses on developing the science base and efficient computational methods for building versatile intelligent agents (cyber and physical) that can perform various tasks with minimal human supervision.

The Directed Energy Weapons (DEW) Program is part of the Office of Naval Research's Naval Air Warfare and Weapons Department.

The Directed Energy Weapons (DEW) Program is part of the Office of Naval Research's Naval Air Warfare and Weapons Department.

Taking its science-minded message to the Web, ONR launched profiles on Facebook, Twitter and YouTube earlier this year. The digital media initiative is part of a multipronged approach to help ONR communicate more directly and quickly with partners across government, academia and private industry.

The Office of Naval Research's Command and Control program focuses on developing new approaches to support tactical decision makers and information superiority.

The Office of Naval Research's Energetic Materials (EM) program explores materials/synthetic chemistry, advanced dynamic diagnostics and theoretical/computational/predictive approaches to provide novel energetic material concepts (explosives, propellants, reactive materials) that maximize molecular and formulation energy densities, synthesis efficiencies and predicted properties to achieve performance goals.