Daily Archives: December 4, 2014

Space Station Live: Cyclops Hits the Target
NASA TV commentator Kyle Herring talks with Daniel Newswander, NASA #39;s Cyclops Project Manager, about the inaugural use of the Cyclops small satellite launcher, which successfully deployed...

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Space Station Live: Cyclops Hits the Target - Video

C6 simulator is like nothing you #39;ve ever seen
A room at Iowa State University can transport you inside a house fire, active shooter situation or a fire in the International Space Station. Subscribe to KCCI on YouTube now for more: http://bit.l...

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C6 simulator is like nothing you've ever seen - Video

Watch Space Station 76 2014 Full Movie Online Streaming Free
Watch Space Station 76 2014 Full Movie Online Streaming Free Link Movie Full : http://movieseven.com/perdana5/video.php?code=30 movie=2369317 full movie #Space Station 76 2014, #Space ...

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Watch Space Station 76 2014 Full Movie Online Streaming Free - Video

Alien Isolation (Episode 2) What the hell happened here
And here we continue our journey on the Space station Sevastopol, which is obviously falling apart! Alien Isolation - Episode 2 - What the hell happened here.

By: Tanjeria

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Alien Isolation (Episode 2) What the hell happened here - Video

3 hours ago Technology demonstrations aboard the International Space Station help drive space exploration. Credit: NASA

If necessity is the mother of invention, then survival in space breeds many "children." These children are the research and technologies demonstrated aboard the International Space Station. For 16 years, the station has provided researchers a platform in microgravity where they perform experiments and test technologies to allow humans to travel farther into the solar system than ever before. From life support systems to growing plants in space, the space station continues to drive human exploration for missions beyond low-Earth orbit.

NASA's Orion spacecraft, which is set to blast off on its first flight test in December, will demonstrate many technologies first tested aboard the space station. Orion, built to transport humans into deep space, embarks on a two-orbit, four-hour "Trial By Fire" on Dec. 5 to test many of its critical systems.

"Without what we've learned from having a continuous human presence in space for more than a decade, we wouldn't be able to think about sending people into deep space onboard Orion," said Mark Geyer, Orion Program manager. "We're testing out technologies and concepts on the space station right now that are necessary for the kind of long-duration trips Orion enables."

Technology demonstrations aboard the station beget new systems and concepts for on Earth and for space exploration. For example, the amine swingbed, which uses organic compounds with modified ammonia atoms, controls carbon dioxide and humidity in Orion. This type of recovery system also can operate on Earth to help remove carbon dioxide and humidity in tight spaces, like in mine tunnels or submarines.

With successful demonstrations of 3-D printing on the space station, the potential now exists to manufacture parts quickly and cheaply in space. Instead of waiting for a cargo delivery, astronauts could replace filters or faulty equipment simply by printing new parts. Researchers are gaining insight into improving 3-D printing technology on Earth by testing it in microgravity. This knowledge could help advance industry printing methods.

Environmental control and life support systems (ECLSS) aboard the station support humans in space. ECLSS includes wastewater recycling to provide clean water for bathing and drinking. It also includes oxygen generation systems to provide air for crews to breathe. These and other components of ECLSS help cut transportation costs for resupply and provide astronauts a habitable environment. This technology demonstration helps engineers design and develop improved closed-loop life support systems for long duration spacecraft.

"Testing various life support sub-systems is an ideal use of the space station," said George Nelson, manager of NASA's International Space Station Technology Demonstration. "Reliability of these systems on long duration missions is paramount. We can verify design reliability in the microgravity environment by using them on the station without any mission or crew risk, since the existing space station systems are always available."

Human behavioral health and performance also is taken into account for deep space missions where crew members reside in confined spaces for long periods of time. One study evaluates the effects of delayed communications for interplanetary crews that have to handle medical and other emergencies. This type of research also may help refine procedures for Earth-based teams that operate in extreme or remote environments with limited contact with a home base and its experts. Additionally, NASA recently announced funding for three proposals to help answer questions about neurological conditions related to behavioral health and performance on deep space exploration missions.

Finally, plant growth facilities on the station like Veggie may one day produce safe, fresh and nutritious crops for astronauts while giving the crew opportunities for relaxation and recreation. Using these facilities, researchers can glean knowledge about plant growth and development in microgravity. This information may improve growth, biomass production and farming practices on Earth.

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International Space Station enables interplanetary space exploration

Space Angels Network and the Center for the Advancement of Science in Space (CASIS) announced their agreement today to promote angel investment in projects aboard the International Space Station U.S. National Laboratory.

Space Angels Network Principal, Amir Blachman said, This relationship showcases the historic growth of private investment in space. We are excited to have our telescope focused on the ISS, and are honored to work with CASISs team members who are steeped in space flight, space economics and space science.

NASA has given CASIS the responsibility of inspiring the imagination of entrepreneurs and scientists alike, accelerating and facilitating space-based research. CASIS drives scientific inquiry toward developing groundbreaking new technologies and products that tangibly affect our lives, with results including new technologies and scientific knowledge in medicine, materials, and communications.

CASIS is proud to welcome Space Angels Network as a key partner in making investment dollars available to many of the startup companies interested in commercial space, said CASIS Director of Development and Partnerships, Ed Harris. Space Angels Network has a unique focus that allows its investors to understand commercial space trends and opportunities, and we look forward to working alongside them as we both push the limits of what is possible on our Nations only orbiting laboratory.

About Space Angels Network Space Angels Network is a professionally managed global network of seed and earlystage investors focused specifically on aerospace ventures. Space Angels Network members share a common passion for promoting the development of the aerospace industry and related technologies while also earning attractive returns on private investments. For the latest information, follow the companys blog and tweets.

About CASIS The Center for Advancement of Science in Space (CASIS) was selected by NASA in 2011 to maximize use of the International Space Station (ISS) U.S. National Laboratory. CASIS is dedicated to supporting and accelerating innovations and new discoveries that will enhance the health and wellbeing of people on our planet. For more information, http://www.iss-casis.org

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CASIS and Space Angels Network Orbits Align

Orion on its launchpad in Cape Canaveral, Florida. Photograph: Joe Raedle/Getty Images

Mankind will take its first steps on the path to landing on Mars on Thursday, according to Nasa. The first test flight of the Orion spacecraft, the intended successor to the space shuttle, is scheduled to launch from Cape Canaveral just after dawn.

The unmanned $370m (235m) mission, formally known as Exploration Flight Test-1 (EFT-1), will last about four and a half hours. The success of this test is crucial for the future of Nasas human spaceflight exploration programme, said Dr David Baker, a former Nasa engineer.

Once in orbit, the conical Orion capsule will circle Earth twice, reaching a maximum altitude of 3,600 miles. At about 15 times higher than the International Space Station, it will have travelled further into space than any crew capsule has gone since the 1970s.

Orion will then plunge into Earths atmosphere at 20,000mph. This will generate temperatures of around 2,200C, which is representative of a re-entry from lunar orbit. A newly designed 16ft-wide heat shield will protect the spacecraft from burning up, allowing it to splash down off the coast of Baja California, in the Pacific, from where it will be recovered by Nasa and the US Navy.

Really this is just a test of the Orion heat shield, said Baker, who worked for Nasa for 25 years, including during the Apollo moon landings.

Beneath the hype and the excitement, there are worries that Nasas Mars programme lacks focus. The Nasa PR machine is good at bigging things up, but I think to say that this is the road to Mars is a bit much, said Ian Crawford, an astronomer and advocate of human spaceflight at Birkbeck, Univeristy of London.

Nasa says it is aiming to carry out a Mars mission in the 2030s, but there are no definite plans at the moment beyond the present one a collaboration with Sesame Street. Items including Ernies rubber ducky, Oscars pet worm, Slimey, and the Cookie Monsters cookie are being taken into space by Orion and will later be displayed on the childrens television show in the hope that they could inspire the next generation of astronauts. Nasa predicts that the first astronauts on Mars will be todays pre-schoolers.

The capsule itself is largely devoid of anything required for a human crew, such as life-support and command consoles. Instead it will be packed with 1,200 sensors to test its durability.

Orion is the first new Nasa spacecraft designed to transport humans into space for a generation. Its predecessor was the space shuttle, retired in 2011 after a 30-year programme during which there were 133 successful flights and two fatal disasters. With the shuttles retirement, Nasa lost its ability to launch astronauts into space. For the last three years it has been forced to buy seats on Russian Soyuz launches.

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Nasas space shuttle successor Orion set for first test flight