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The Office of Naval Research recently sponsored the Defend the Republic STEM competition at George Mason University in Virginia. The contest featured lighter-than-air vehicles, also called blimps.

The Human Interaction with Autonomous Systems program aims to create cognitively-compatible intelligent autonomous systems and robots that could serve as teammates with humans, enabling peer-to-peer collaboration among humans, robots, intelligent agents and autonomous systems.

The Navy’s fifth Littoral Combat Ship (LCS), Milwaukee, will be the first to benefit from new high-power density waterjets aimed at staving off rudder and propeller damage experienced on high-speed ships.

The Office of Naval Research's Corrosion Science and Corrosion Control Technologies program has a primary focus to create a science-based understanding of corrosion through damage evolution mechanisms, develop corrosion-informed materials concepts, and evolve surface protection and modification sciences.

The aim of the Biotechnology for Naval Applications Program is to discover and develop biologically based and bioengineered solutions to expand current Warfighter capabilities in the domains of materials, manufacturing, electronics, sensors, and devices.

The Office of Naval Research is supporting a five-year department research initiative to better understand the turbulent eddy exchange throughout this region, and on the class of oceanographic variability that is poorly constrained in models including eddies, rings, vortices and filaments, and their interactions with smaller-scale phenomena

The Command Decision Making program is advancing cognitive theory and computational modeling to create decision support tools for warfighters that are mission and task sensitive, and therefore proactive in providing relevant information at appropriate times.

The Aerospace Structures and Materials program is part of the Office of Naval Research's Naval Air Warfare and Weapons Department.

The Science of Autonomy program is part of the Office of Naval Research's Naval Air Warcraft and Weapons Department.

The Computational Neuroscience program aims to extract the computational principles of real neural circuits and systems to create novel, more powerful algorithms for pattern recognition and control.