News Releases

An All-Digital Receiver

"We must transition the newest capabilities and technology rapidly to the Fleet, the Force, and the larger commercial world," says Susan L. Bales, ONR's Commercial Technology Transition Officer. "We're in the business of delivering Naval capability and driving down cost, and we want to partner with...

New Book Transcribes Historic Gathering of Submarine Search, Rescue, Diving and Salvage Experts and Survivors

She thinks they're everywhere. What's more, she thinks they talk to each other.

In these tense times, the ability to continuously

Cruise missiles have proven themselves in combat many times since the Gulf War, but the Navy would like to drive their cost down—the ones currently in service cost hundreds of thousands of dollars. The Office of Naval Research (ONR) has a program to use commercially-based equipment to build a...

Solid-state semiconductors don't handle heat very well. If they're operated at high power, they tend to burn out. Heat poses other problems as well—the hotter the device, the greater the electrical resistance (and the lower the efficiency). Digital semiconductor devices also have capacitive elements...

Have a hankering to chill your Cherry Garcia™ and to listen to Jerry Garcia using the same system? The concept may not be too far off. The Office of Naval Research has long funded researchers at Penn State who now have proved they can build a compact freezer case substituting sound waves for...

Stovepipes—old "legacy" software you've bought and can't easily replace—that can't work together are one of the biggest obstacles to getting the most out of information technology. This is especially true in Naval operations. Sailors and Marines use many systems that have been acquired over the...

In today's new world of network centric warfare, where there is an ever-greater dependence on vast amounts of information that must be received and transmitted, too many antennas are a shipboard problem. They're heavy, they tend to interfere with one another, and they're unstealthy because they...