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The Office of Naval Research, in conjunction with the Defense Advanced Research Projects Agency, is sponsoring development of the Stress Resilience Training System (SRTS), an iPad app training program that teaches Sailors and Marines to understand their stress responses and manage them by learning biofeedback techniques that work for their individual needs. The affordable, hi-tech, solution could help prevent post-traumatic stress disorder, helping warfighters and potentially saving billions of dollars in associated medical costs.

Naval special forces units have to work in extreme—and more often than not, unfriendly—environments. But one of the most persistent problems they face comes when they´re just trying to get to or leave the battlefield—and it isn´t from flying bullets. The 82-foot-long Mark V aluminum patrol boat—a primary mode of transport for Navy SEALs—has long been known as a rough ride by those who use it. Personnel have been known to get everything from bruises to back and foot injuries as the vessel roars along at speeds in excess of 50 knots.

Assessing surf zone conditions has never been an exact science for the Department of the Navy. That’s about to change thanks to a recent request to TechSolutions, which has resulted in new surf observation (SUROB) technology to make operational forecasts more precise. For the past six months, a team of scientists and engineers from the Naval Research Lab (NRL) and the U.S. Army’s Engineering Research and Development Center (ERDC) have been developing the technological tools needed to create a more precise surf observation report. In order to gain greater insight into how the surf observation tool may improve warfighter operations, NavalX recently organized a workshop that brought together the science and engineering developers with the Sailors and Marines who would use it. TechSolutions received the request less than a year ago for a technology-driven solution for surf observation from Maj. Zachary Taylor, a technology officer with the Marines’ Warfighting Lab. Within weeks, TechSolutions began working with the development team at NRL and ERDC to come up with a prototype.

A research project from the Office of Naval Research (ONR) Global is providing valuable information about the effects of melting glaciers in Patagonia that feed into coastal fjords, transporting sediments, freshwater and nutrients. Dr. Chris Konek, science director at ONR Global in Chile, said the research will help the Department of the Navy (DoN) understand the effects of a changing climate on the coastal environment. “That’s the kind of the thing the Marines need to be able to handle,” he said. “It’s basic research and so it will help provide a fundamental understanding of this aspect of coastal systems where you can expect more things like this to happen in the future – more glacial melting as opposed to less.” Cristian Escauriaza, professor, Pontificia Universidad Católica de Chile, is the principal investigator along with his university colleague, Megan Williams. They are working with the Filantropía Cortés-Solari, a conservation organization that owns and manages the Melimoyu Elemental Reserve in northern Patagonia. Patagonia is largely remote with a diverse ecosystem and a rich array of wildlife, including penguins and blue whales. Konek said ONR Global is interested in Escauriaza’s project for its potential to inform what’s happening to that ecosystem, which can also help inform what’s happening to other coastal regions experiencing the same challenges.

Seeking out new technology or exciting ideas at the Office of Naval Research (ONR) Global is something of a treasure hunt. Dr. Scott Walper, science director, ONR Global, says the search for innovative projects can take him and his team of program officers all over the world, relying on a bit of luck — or serendipity — to strike gold. But recently, Walper said he and his predecessor for Synthetic Biology at ONR Global, Dr. Patrick Rose, who is now with SPRIND (Germany’s Federal Agency for Disruptive Innovation) had an idea to try something a little different. Walper said, “The thought was we would put out a call for a ‘Serendipity Collective,’ where we would sponsor a workshop and ask people to tell us their craziest ideas”. To attract innovators, the team worked with the company IdeatePlus. Walper said Kevin D'Silva, IdeatePlus CEO, and his team were instrumental in helping develop and manage the event, setting up a web-based platform to crowdsource and push out a social media campaign. The website generated 73 concepts from more than 225 active participants. The information was collected and shared it with a team of experts, including an artist, engineer, scientist and someone from the humanities. The experts scored proposals based on originality and feasibility. Eight teams were then invited to the “Serendipity Collective” held in Berlin in May. From those core concepts, another panel of experts composed of representatives from ONR Global, DEVCOM, the VW (Volkswagen) Foundation and SPRIND picked the ones they wanted to sponsor with an award of $50,000 to kick-start their efforts.

Two ONR-supported scientists awarded the prestigious 2012 Kavli Prize for nanoscience and neuroscience.

Science advisors from the Office of Naval Research Global play a key role in today’s naval technology—connecting the warfighter to cutting-edge capabilities in the air, at sea, on land and in the information/cyber domain.

Focusing on undersea vehicles that have fish-like sensations, advanced ship design and more, four scientists sponsored by the Office of Naval Research (ONR) on Dec. 23 learned they will receive the nation’s highest honor for young scientists and engineers.

The Office of Naval Research has reached a new threshold in underwater medical studies.

A senior scientist at the U.S. Naval Research Laboratory received the Office of Naval Research’s Captain Robert Dexter Conrad Award for making outstanding contributions in the field of research and development for the U.S. Navy.