Search Results

Advanced software that can transform existing medium-sized vessels into unmanned ships able to autonomously complete naval missions. A four-legged, bio-inspired robot that can perform reconnaissance or dispose of explosives safely. A drone that merges the flying capabilities of a helicopter and airplane. All will be showcased to the public during the 2017 Sea-Air-Space Exposition.

To provide TBI patients with a safe, easy way to maintain their therapy regimens, the Office of Naval Research is supporting efforts to develop the Mobile, Virtual Enhancements for Rehabilitation (MOVER).

Ketone esters—oral supplements useful in epilepsy treatment—are being studied to fight seizures caused by hyperbaric oxygen toxicity, a life-threatening byproduct of breathing too much oxygen that impacts deep-water divers.

The Office of Naval Research highlights the microbial fuel cell, a device with the potential to revolutionize naval energy use by converting decomposed marine organisms into electricity.

A

Chief of Naval Research Rear Adm. David J. Hahn, and leadership from the Naval Research Enterprise (NRE), will discuss autonomy, acceleration and acquisition at the Navy League’s Global Maritime Exposition Sea-Air-Space, April 9-11, at the Gaylord Convention Center in National Harbor, Maryland.

In the world of Information Technology (IT), integrating different software packages is notoriously tough—there are lots of unintended consequences when you try to run different applications together—and even commodity hardware like PCs can break.

The Office of Naval Research is helping students with computer-based applications similar to programs originally designed for Navy recruits.