A new form of communication laser is being tested by the American Space Agency and may be used for future transmissions between our planet and spacecraft exploration of the solar system. Yesterday (5/06) NASA sent a video called "Hello, world!" nasa space settlement contest from Stay / ISS Space Station nasa space settlement contest via laser. Continue reading + The image above is a concept nasa space settlement contest that shows how the OPALS (Optical Payload nasa space settlement contest for Lasercomm Science) sent data via laser data to Earth from the International Space Station. The message nasa space settlement contest "Hello, world!" came from the International Space Station nasa space settlement contest successfully in high-definition video through laser from space to Earth on Thursday. June 5. Video transmission 175-megabits was the first of its kind for the the OPALS with the goal of improving the way we receive data from Earth orbit and beyond. In fact, this emerging communications technology nasa space settlement contest - or optical lasercomm - is compared to an update of the old dial-up nasa space settlement contest network for which we use today on the website: broadband nasa space settlement contest / DSL. "It's amazing to see this magnificent beam of light that reaches nasa space settlement contest our small load on the space station," said Matt Abrahamson, mission manager OPALS the Jet Propulsion Laboratory of NASA (JPL) in Pasadena, California. The OPALS instruments were launched to the ISS aboard the SpaceX Dragon earlier this spring. This technology demonstration promotes the exploration of methods of higher bandwidth communication band with future NASA spacecraft. Tools optical communication as OPALS use laser focused to achieve data rates of 10 to 1000 times larger than the current space communications, which rely on radio portions of the electromagnetic nasa space settlement contest spectrum energy. The success of the tests with the OPALS are also important steps in improving communication rates with spacecraft beyond low Earth orbit. The instrument allows communication rates to keep pace with the increasing generation of data produced by scientific instruments. Capacity can replace the federal radio frequencies regulated, currently in use, from orbit to meet projected needs by researchers nasa space settlement contest for future missions, such as Mars. "We look forward nasa space settlement contest to experimenting with OPALS transmissions in the coming months, hoping that our results lead to optical communications capabilities for future deep space exploration missions," Abrahamson said. The space station nasa space settlement contest moves across the sky from Earth at about 28,164 km / h. This rate requires extreme skill and precise pointing. This is equivalent to a person aiming a laser pointer at the end of a human hair 30 meters away and keep it in place while walking. To achieve this accuracy, the OPALS is trapped in a lighthouse on land issued by the Optical Communications Laboratory Telescope Observatory ground station of Table Mountain in Wrightwood, California.
Commercial ventures can also learn about the project, once evidencing the use of lasercomm optimized for communications nasa space settlement contest from space. This may mean higher definition video and feeds near the Earth assets like satellites, as well as those in deep space, as future Mars rovers. This improves the interaction and experience with stakeholders, be they researchers, engineers or consumers. And if you remember the days of having to leave the room to download a video when using DSL, you know that the higher speed downloads are definitely the way to go! Source: NASA http://www.nasa.gov/
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