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The Office of Naval Research's RF Surveillance program focuses on radio frequency (RF) sensors for naval surveillance applications, including surface, shipboard and air. Interest spans the electromagnetic spectrum from HF through mmW, including active and passive, organic as well as distributed RF sensing approaches, including an emphasis on RADAR.

The aim of Undersea Medicine & Performance is to develop improved methods, models, treatments and devices for understanding, preventing or mitigating factors that negatively impact divers and submariners.

The Office of Naval Research's Applied and Computational Analysis program develops and exploits methods in modern and classical mathematical analysis with emphasis on mathematical and computational models of physical phenomena.

For the past three years, the Daytona Beach Homeschoolers have competed against the finest technical universities in the world—and they've been winning.

There is groundbreaking science happening in every corner of the world. Latin America is no exception.

Great news! Nanotube technology is here to stay! And, physicists tell us that this world of ultra-small atomic tubular structures is soon going to revolutionize our lives in the form of micromachinery... Think small... really, really small. Physicist John Pazik at the Office of Naval Research and...

Analytics, Modeling and Simulation for Local and Regional Situation Awareness supports the development of data, analytics, decision tools, and models to support combatant commands in comprehensive understanding of mission environments, together with modeling and simulation efforts to improve wargaming and exercises.

Basic research program aims to increase counter-IED predictive capabilities

The Office of Naval Research's Functional Polymeric and Organic Materials program is focused on exploring the inherent strengths/properties of organic and polymeric materials to bring new capability to the Navy.

Medical researchers are demonstrating that Office of Naval Research (ONR)-funded software developed for finding and recognizing undersea mines can help doctors identify and classify cancer-related cells.