Discovery
AWARDS & RECOGNITIONS
TIME LINE
SYSTEMS
ROCKETS
SOLAR & LUNAR STUDIES
ASTRONOMY
OCEAN & ENVIRONMENT
MATERIALS
Research
DIRECTORATES & DIVISIONS
NANOSCIENCE INSTITUTE
NRL REVIEW
FUTURE NAVAL CAPABILITIES
NRL RESEARCH LIBRARY
FACILITIES
PROGRAM SPONSORS
Accept The Challenge
WORKING AT NRL
CAREER OPPORTUNITIES
STUDENTS & POSTDOCS
ABOUT THE AREA
About NRL
MISSION
HISTORY
COMMANDING OFFICER
DIRECTOR OF RESEARCH
RESERVE PROGRAM
INSPECTOR GENERAL
Doing Business with NRL
TECH TRANSFER
CONTRACTING DIVISION
SMALL BUSINESS
News Room
PUBLIC AFFAIRS OFFICE
NEWS RELEASES 2009
PUBLICATIONS
POPULAR IMAGES
PUBLIC NOTICES
Field Sites
STENNIS
MONTEREY
VXS-1
CHESAPEAKE BAY DET.
SHADWELL
Visitor Information
PLANNING A VISIT
DIRECTIONS
MAPS
WEATHER & TRAFFIC
Search
INFORMATION SEARCH
NRL WEB SITES
Contact NRL
PERSONNEL LOCATOR
HUMAN RESOURCES
PUBLIC AFFAIRS OFFICE
Pipeline
Space Discovery Space Research Space Accept the Challenge Space About NRL Space Doing Business Space News Room
NRL Logo positioning image filler image WindSat instrument
positioning imagefiller image
U.S. Naval Research Laboratory
Field Sites Visitor Information Search Contact NRL Pipeline
NRL’s Naval Center for Space Technology and the Laboratory’s Remote Sensing Division developed WindSat, a demonstration program to measure the full ocean surface wind speed and wind direction from space.
link to Department of the Navy
link to Office of Naval Research
link to Navy Recruiting
link to Freedom of Information Act
US Naval Research Lab
4555 Overlook Ave., SW
Washington, DC 20375
NRL's SoloHI Selected for European-led Solar Orbiter Missiont

NRL’s Heliospheric Imager (SoloHI) has been chosen as part of the scientific payload for the European Space Agency’s (ESA's) Solar Orbiter mission. SoloHI will provide revolutionary measurements to pinpoint solar storms known as coronal mass ejections. ESA's Solar Orbiter mission will conduct scientific investigations ranging from near-Sun and out-of-ecliptic in-situ measurements to remote-sensing observations of the Sun and its environs. (continued)
STEREO Reveals the Anatomy of a Solar Storm in 3D

Observations from NASA’s twin Solar Terrestrial Relations Observatory (STEREO) spacecraft have allowed scientists to reveal for the first time the speed, trajectory, and three-dimensional shape of solar explosions known as coronal mass ejections, or CMEs. Using the NRL-led Sun Earth Connection Coronal and Heliospheric Investigation (SECCHI) aboard STEREO, solar physicists can examine a CME’s structure, velocity, mass, and direction in the corona and track it through interplanetary space. (continued)

This is an official U.S. Navy web site.
Please read our Privacy Policy. - webmaster@nrl.navy.mil