Astronaut Fish Head to Space Station

By Mark Brown, Wired UK

The Japanese Space Agency (JAXA) has sent an aquarium to the International Space Station. Its not for relaxation, mind: the fish tank will be used to see how microgravity impacts marine life, including a transparent fish.

First up, researchers plan to examine the Medaka (Oryzias latipes) fish, and look at the impacts of radiation, bone degradation, muscle atrophy, and developmental biology.

Medaka is a perfect specimen for research: the astronauts can see their organs through their transparent skin and they breed quickly in microgravity environments. Plus, the animals genome has already been fully sequenced, so it will be easy to recognise changes to the fishs genes.

Water habitats have been launched into space before, but this AQH facility will feature an improved water circulation system that monitors water conditions and removes waste, while ensuring proper pressure and oxygen flow rates.

The special bacteria filter purifies waste materials, such as ammonia, so that we can keep fish for up to 90 days, said Nobuyoshi Fujimoto, an engineer at Jaxa. This capability will make it possible for egg-to-egg breeding aboard station, which means up to three generations may be born in orbit. This would be a first for fish in space.

While the currently planned investigations only use fish, the air-water design of the facility means it could potentially house amphibians. Thats right: space frogs.

Images: JAXA

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Astronaut Fish Head to Space Station

Russia to retry space station docking

Russia will try to test a new spacecraft docking system again Saturday with an unmanned cargo ship at the International Space Station, after a first attempt earlier this week failed and was prematurely aborted.

A robotic Russian Progress 47 cargo ship undocked from the space station on July 22 for the test, and will attempt to automatically link up to the orbiting outpost tomorrow at 9 p.m. EDT. The Progress 47 arrived at the space station in April, and had been attached to the Pirs docking compartment on the Russian segment of the orbiting laboratory.

Russian flight controllers tried to test the new Kurs-NA docking system on Monday, but a technical glitch stopped the spacecraft from arriving at the space station. The spacecraft's onboard computers kept it a safe distance away from the orbiting laboratory while Russian engineers on the ground tried to diagnose the problem.

"The Progress has been experiencing some issues with the new Kurs-NA system," Dan Harman, NASA's International Space Station manager of operations and integration, told reporters in a news briefing Thursday. "Right now they're continuing to work through those."

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The Kurs-NA docking system is an upgraded version of the Kurs system that has been used for years on Russian spacecraft. The Kurs-NA system features updated electronics, and is expected to use less power and improve safety. Russia intends to eventually use the newer automated system on future robotic and manned missions to the International Space Station.

During Saturday's docking test, the Progress 47 spacecraft will approach the station to within roughly 29 miles (46 kilometers). At this point, the Kurs-NA system will be activated, and if the spacecraft appears to be performing well, Russian flight controllers will proceed with the automatic docking.

NASA Television will broadcast live coverage of the attempted redocking beginning at 5 p.m. EDT on Saturday. NASA TV can be viewed here: http://www.nasa.gov/ntv.

The docking attempt will come just a day after Japan safely docked its own unmanned cargo spaceship, HTV-3, at the space station. The robotic freighter arrived Friday morning to deliver a new batch of food, supplies and science experiments.

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Russia to retry space station docking

32 fish to fly to the space station

When the next Russian-built Soyuz capsule launches to the International Space Station in October, it will deliver three new crew members to the orbiting outpost. But the trio of spaceflyers will be sharing their ride with some special cargo: 32 small fish for a science experiment at the space lab.

NASA astronaut Kevin Ford and Russian cosmonauts Evgeny Tarelkin and Oleg Novitskiy are scheduled to launch to the International Space Station on Oct. 15 from the Baikonour Cosmodrome in Kazakhstan. Their Soyuz TMA-06M capsule will also be carrying 32 medaka fish a type of fish native to Southeast Asia to the orbiting complex.

"They'll be on our Soyuz with us 32 fish, plus the three of us," Ford told reporters in a news briefing Thursday.

The medakas will become part of an experiment carried out on the station to investigate the effects of microgravity on fish. The astronauts aboard the outpost will monitor changes in the fish as they live in orbit. [ 7 Everyday Things that Happen Strangely In Space ]

"When we come onboard, one of the first items will be to get these fish transferred and into their habitat and get the experiment under way," Ford explained.

The fish will stay in a special aquatic habitat that is being delivered to the space station by a robotic Japanese cargo freighter. The Japanese unmanned H-2 Transfer Vehicle-3, or HTV-3, launched into orbit on July 20 and arrived at the space station Friday.

Scientists are particularly interested in how the skeletal systems of fish change in the near weightless environment aboard the space station, said Julie Robinson, an International Space Station program scientist.

It has long been known that exposure to microgravity for extended periods of time can carry negative consequences, including loss of muscle and bone density. To prevent lasting harmful effects, space station astronauts adhere to rigorous exercise regimens, and doctors on the ground closely monitor their health.

But experiments such as the one with medaka fish do not hold potential benefits for only spaceflyers. The results of these types of studies can have far-reaching effects on Earth, too.

"It's an experiment, essentially, for osteoporosis," Ford explained.

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32 fish to fly to the space station

Japan spacecraft docks at space station

The third in a series of robotic Japanese spaceships safely arrived at the International Space Station on Friday, bearing a delivery of food, equipment and student science experiments for the orbital outpost.

The unmanned, school bus-size H-2 Transfer Vehicle-3 (HTV-3), also called Kounotori 3 ("White Stork" in Japanese), flew to about 40 feet (12 meters) away from the ISS, where it was grabbed at 8:23 a.m. ET by the space station's 58-foot long (18 m) robotic arm, which was controlled from inside by astronauts Joe Acaba of NASA and Aki Hoshide of JAXA (the Japanese Aerospace Exploration Agency).

Using the Canadarm2 robotic arm, Acaba and Hoshide maneuvered Kounotori 3 to the Earth-facing docking port on the space station's Harmony node at 10:34 a.m. ET.

"I think we couldnt have had a better day and we're looking forward to a great HTV mission," Capcom Cady Coleman told the astronauts from Mission Control in Houston.

"You guys were great, thanks a lot for helping us out," Acaba replied. "Thanks a lot for all the food."

Today's arrival follows the failed docking attempt on Monday of an unmanned Russian Progress spacecraft. The Progress 47 craft was testing a new rendezvous system, which apparently failed to work as planned. The vehicle, which had already been at the space station, had undocked in order to test the new system in a redocking. Russia plans to try again on Sunday to dock the Progress 47.

Kounotori launched atop a Japanese H-2B rocket from the Tanegashima Space Center in southern Japan on July 20. It is the third such vehicle launched from Japan, following the flights of HTVs 1 and 2 in September 2009 and January 2011, respectively. [ Photos: Japan Launches 3rd Robotic Supply Ship to Space Station ]

The spaceship is loaded with 4 tons (3,600 kg) of cargo, including care packages with food, clothing and other items for the space station's crew. The vehicle, which is 33 feet (10 m) long and 13 feet (4 m) wide, is also carrying a camera called the ISERV (International Space Station SERVIR Environmental Research and Visualization System).

The camera is to be installed on the station, for use by ground-based scientists who can manipulate it via remote control. The system is intended for studies of natural disaster sites and environmental issues on Earth.

Two student-designed experiments are also packed aboard Kounotori 3. These projects won the YouTube Space Lab competition, which allowed students between the ages of 14 and 18 to envision space station experiments and describe them in videos submitted to YouTube. The winners were chosen by public voting.

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Japan spacecraft docks at space station

Japanese spacecraft docks with Space Station

Unlike the recent failed Russian's test mission, a robotic Japanese spacecraft successfully docked with the International Space Station Friday.

The HTV-3 Japanese cargo spacecraft was successfully captured with the International Space Stations Canadarm 2 robotic arm, and then installed to a docking port. JAXA astronaut Aki Hoshide berthed the HTV supply ship, called Kounotori3, or white stork, at 14:19 GMT (10:19 EDT) on July 27, 2012 to the Earth-facing side of the Harmony node on the ISS.

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Below is a timelapse of the capture and berthing provided bySpaceVids. Earlier, working from the robotic workstation inside the stations cupola, NASA Flight Engineer Joe Acaba, with the assistance of Hoshide, captured the 16.5-ton cargo ship with the stations Canadian Space Agency-provided robotic arm, and as the spacecraft flew within about 12 meters (40 feet) of the ISS. The unmanned cargo ship is 10 meters (33 feet) long and 4 meters (13 feet) in diameter and is capable of delivering both internal and external supplies and hardware to the station.

The name Kounotori was chosen because it the ships arrival represents an important delivery. The space station crew later opened the hatches and began the process of removing about 3,175 kg (7,000 pounds) of supplies from inside the Kounotori3s Pressurized Logistics Carrier. That cargo includes food and clothing for the astronauts,an aquatic habitat experiment, a remote-controlled Earth-observation camera for environmental studies, a catalytic reactor for the stations water regeneration system and a Japanese cooling water recirculation pump.

Kounotori3s Unpressurized Logistics Carrier is carrying more than 1,000 pounds of cargo to be attached to an experiment platform at the end of the Kibo module on August 6.

Kounotori3 launched from the Tanegashima Space Center in southern Japan on July 21. It will stay attached to the ISS until September 6 when, like its predecessors, it will be detached from the Harmony node by Canadarm2 and released for a fiery re-entry over the Pacific Ocean. The outer hull of the spacecraft is fitted with monitors to provide data about its re-entry.

Nancy Atkinson is Universe Today's Senior Editor. She also is the host of theNASA Lunar Science Institute podcastand works with theAstronomy Castand365 Days of Astronomypodcasts. Nancy is also a NASA/JPL Solar System Ambassador.

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Japanese spacecraft docks with Space Station

Success: Japanese robot spaceship docks with space station

A robotic Japanese spacecraft carrying food, equipment, and student science experiments for the International Space Station successfully docked with the orbital outpost.

The third in a series of robotic Japanese spaceships has safely arrived at the International Space Station today (July 27), bearing a delivery of food, equipment and student science experiments for the orbital outpost.

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Click Here for your FREE 30 DAYS of The Christian Science Monitor Weekly Digital Edition

The unmanned, school bus-size H-2 Transfer Vehicle-3 (HTV-3), also called Kounotori 3 ("White Stork" in Japanese), flew to about 40 feet (12 meters)away from the ISS, where it was grabbed at 8:23 a.m. ET (1223 GMT) by the space station's 58-foot long (18 m) robotic arm, which was controlled from inside by astronauts Joe Acaba of NASA and Aki Hoshide of JAXA (the Japanese Aerospace Exploration Agency).

Using the Canadarm2 robotic arm, Acaba and Hoshide maneuvered Kounotori 3 to the Earth-facing docking port on the space station's Harmony node at 10:34 a.m. ET (1434 GMT).

"I think we couldnt have had a better day and we're looking forward to a great HTV mission," Capcom Cady Coleman told the astronauts from Mission Control in Houston.

"You guys were great, thanks a lot for helping us out," Acaba replied. "Thanks a lot for all the food."

Today's arrival follows thefailed docking attempton Monday (July 23) of an unmanned Russian Progress spacecraft. The Progress 47 craft was testing a new rendezvous system, which apparently failed to work as planned. The vehicle, which had already been at the space station, had undocked in order to test the new system in a re-docking. Russia plans to try again on Sunday (July 29) to dock the Progress 47.

Kounotori launchedatop a Japanese H-2B rocket from the Tanegashima Space Center in southern Japan on July 20. It is the third such vehicle launched from Japan, following the flights ofHTVs 1 and 2in September 2009 and January 2011, respectively.[Photos: Japan Launches 3rd Robotic Supply Ship to Space Station]

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Success: Japanese robot spaceship docks with space station

Success: Japanese robot spaceship docks with space station (+video)

A robotic Japanese spacecraft carrying food, equipment, and student science experiments for the International Space Station successfully docked with the orbital outpost.

The third in a series of robotic Japanese spaceships has safely arrived at the International Space Station today (July 27), bearing a delivery of food, equipment and student science experiments for the orbital outpost.

Subscribe Today to the Monitor

Click Here for your FREE 30 DAYS of The Christian Science Monitor Weekly Digital Edition

The unmanned, school bus-size H-2 Transfer Vehicle-3 (HTV-3), also called Kounotori 3 ("White Stork" in Japanese), flew to about 40 feet (12 meters)away from the ISS, where it was grabbed at 8:23 a.m. ET (1223 GMT) by the space station's 58-foot long (18 m) robotic arm, which was controlled from inside by astronauts Joe Acaba of NASA and Aki Hoshide of JAXA (the Japanese Aerospace Exploration Agency).

Using the Canadarm2 robotic arm, Acaba and Hoshide maneuvered Kounotori 3 to the Earth-facing docking port on the space station's Harmony node at 10:34 a.m. ET (1434 GMT).

"I think we couldnt have had a better day and we're looking forward to a great HTV mission," Capcom Cady Coleman told the astronauts from Mission Control in Houston.

"You guys were great, thanks a lot for helping us out," Acaba replied. "Thanks a lot for all the food."

Today's arrival follows thefailed docking attempton Monday (July 23) of an unmanned Russian Progress spacecraft. The Progress 47 craft was testing a new rendezvous system, which apparently failed to work as planned. The vehicle, which had already been at the space station, had undocked in order to test the new system in a re-docking. Russia plans to try again on Sunday (July 29) to dock the Progress 47.

Kounotori launchedatop a Japanese H-2B rocket from the Tanegashima Space Center in southern Japan on July 20. It is the third such vehicle launched from Japan, following the flights ofHTVs 1 and 2in September 2009 and January 2011, respectively.[Photos: Japan Launches 3rd Robotic Supply Ship to Space Station]

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Success: Japanese robot spaceship docks with space station (+video)

Success: Robotic Japanese spaceship docks with space station (+video)

A robotic Japanese spacecraft carrying food, equipment, and student science experiments for the International Space Station successfully docked with the orbital outpost.

The third in a series of robotic Japanese spaceships has safely arrived at the International Space Station today (July 27), bearing a delivery of food, equipment and student science experiments for the orbital outpost.

Subscribe Today to the Monitor

Click Here for your FREE 30 DAYS of The Christian Science Monitor Weekly Digital Edition

The unmanned, school bus-size H-2 Transfer Vehicle-3 (HTV-3), also called Kounotori 3 ("White Stork" in Japanese), flew to about 40 feet (12 meters)away from the ISS, where it was grabbed at 8:23 a.m. ET (1223 GMT) by the space station's 58-foot long (18 m) robotic arm, which was controlled from inside by astronauts Joe Acaba of NASA and Aki Hoshide of JAXA (the Japanese Aerospace Exploration Agency).

Using the Canadarm2 robotic arm, Acaba and Hoshide maneuvered Kounotori 3 to the Earth-facing docking port on the space station's Harmony node at 10:34 a.m. ET (1434 GMT).

"I think we couldnt have had a better day and we're looking forward to a great HTV mission," Capcom Cady Coleman told the astronauts from Mission Control in Houston.

"You guys were great, thanks a lot for helping us out," Acaba replied. "Thanks a lot for all the food."

Today's arrival follows thefailed docking attempton Monday (July 23) of an unmanned Russian Progress spacecraft. The Progress 47 craft was testing a new rendezvous system, which apparently failed to work as planned. The vehicle, which had already been at the space station, had undocked in order to test the new system in a re-docking. Russia plans to try again on Sunday (July 29) to dock the Progress 47.

Kounotori launchedatop a Japanese H-2B rocket from the Tanegashima Space Center in southern Japan on July 20. It is the third such vehicle launched from Japan, following the flights ofHTVs 1 and 2in September 2009 and January 2011, respectively.[Photos: Japan Launches 3rd Robotic Supply Ship to Space Station]

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Success: Robotic Japanese spaceship docks with space station (+video)

Next Space Station Crew to Try 'Fishy' Science

When the next Russian-built Soyuz capsule launches to the International Space Station in October, it will deliver three new crewmembers to the orbiting outpost. But the trio of spaceflyers will be sharing their ride with some special cargo: 32 small fish for a science experiment at the space lab.

NASA astronaut Kevin Ford and Russian cosmonauts Evgeny Tarelkin and Oleg Novitskiy are scheduled to launch to the International Space Station on Oct. 15 from the Baikonour Cosmodrome in Kazakhstan. Their Soyuz TMA-06M capsule will also be carrying 32 medaka fish a type of fish native to Southeast Asia to the orbiting complex.

"They'll be on our Soyuz with us 32 fish, plus the three of us," Ford told reporters in a news briefing Thursday (July 26).

The medakas will become part of an experiment carried out on the station to investigate the effects of microgravity on fish. The astronauts aboard the outpost will monitor changes in the fish as they live in orbit. [7 Everyday Things that Happen Strangely In Space]

"When we come onboard, one of the first items will be to get these fish transferred and into their habitat and get the experiment underway," Ford explained.

The fish will stay in a special aquatic habitat that is being delivered to the space station by a robotic Japanese cargo freighter. The Japanese unmanned H-2 Transfer Vehicle-3, or HTV-3, launched into orbit on July 20, and will arrive at the space station tomorrow (July 27).

Scientists are particularly interested in how the skeletal systems of fish change in the near weightless environment aboard the space station, said Julie Robinson, an International Space Station program scientist.

It has long been known that exposure to microgravity for extended periods of time can carry negative consequences, including loss of muscle and bone density. To prevent lasting harmful effects, space station astronauts adhere to rigorous exercise regimens, and doctors on the ground closely monitor their health.

But experiments such as the one with medaka fish do not hold potential benefits for only spaceflyers. The results of these types of studies can have far-reaching effects on Earth, too.

"It's an experiment, essentially, for osteoporosis," Ford explained.

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Next Space Station Crew to Try 'Fishy' Science

Salyut 1: The First Space Station

Diagram of the Soviet Salyut 1 space station (left), with a Soyuz spacecraft ready to dock. CREDIT: NASA

This is part of a SPACE.com series of articles on the Greatest Moments in Flight, the breakthrough events that paved the way for human spaceflight and its next steps: asteroid mining and bases on the moon and Mars.

Despite an array of problems, the first space station, Salyut 1, made important progress toward living and working in space long-term and paved the way for future space stations. Launched by the Soviet Union in 1971, the port orbited the Earth almost 3,000 times during its 175 days in space before it was intentionally crashed into the Pacific Ocean.

Shaped like a cylinder, Salyut 1 bore three pressurized compartments for astronauts and one unpressurized area containing the engines and control equipment. The station was about 65 feet (20 meters) long and 13 feet (4 meters) in diameter at its widest point. Two double sets of solar panels extended like wings on the exterior of the compartments at either end.

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Visiting the space station

Salyut 1 launched unmanned from the Soviet Union on April 19, 1971. Two days later, Soyuz 10 lifted off, carrying a crew of three toward the space station with the intention of remaining in space for 30 days. The cosmonauts attempted to dock with Salyut 1, but although they were able to lock onto the station, a problem with the hatch kept them from being able to enter it. They returned home early and unsuccessful. During the re-entry process, a problem rendered the air supply of Soyuz 10 toxic, and one of the cosmonauts slipped into unconsciousness. All three survived with no long-term effects.

On June 6, Soyuz 11 transported cosmonauts Georgi Dobrovolski, Vladislav Vokov, and Viktor Patsayev to Salyut 1, where after three hours, they successfully docked with the station. They remained on board for 383 orbits in the course of just over three weeks, setting a new space endurance record. On June 16, smoke from a control panel caused the crew to consider abandoning the station, but the unit was switched off and the problem averted.

On June 29, the crew transferred back to the Soyuz 11 and began the return to Earth. Disaster struck when a ventilation valve was jolted open during the re-entry, pressurizing the interior of the ship. Cosmonauts at the time did not wear suits while in flight, so all three men were tragically killed. As a result, several changes were made to the Soviet policy, but they could not be implemented while Salyut 1 remained in orbit. No further trips were made to the station.

On October 11, 1971, the engines on Salyut 1 fired for the last time, bringing the space station into a lower orbit that would result in its eventual plunge into the Pacific Ocean. But despite its early death, Salyut 1 set the stage for stations to come after. The Soviets continued to put short-term stations into space for several years until they felt they were ready for a long-term project.

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Salyut 1: The First Space Station

Russia to attempt space-station re-docking

The unmanned Russian supply ship Progress 47 failed to re-dock at the International Space Station during a docking system test on July 23, 2012. Credit: NASA

MOSCOW, July 25 (UPI) -- After an initial failure, another attempt to re-dock a Russian space freighter to the International Space Station will be made Sunday, officials said.

The unmanned Progress M-15M space freighter that arrived at the ISS in April undocked from the station Monday to perform a series of engineering tests during a re-docking designed to verify an upgraded automated rendezvous system.

After separation, the freighter moved about 100 miles from the station and held position for 24 hours before attempting a re-docking Tuesday that was unsuccessful due to an apparent failure in the new Kurs-NA rendezvous system, RIA Novosti reported.

The failure of the system triggered a passive abort, a standard procedure that took Progress to a safe distance of about 1.8 miles below the space station.

"Another attempt to dock Progress with the space station is scheduled for 5 a.m. Moscow time (01:00 GMT) on July 29," a spokesman for the Russian Mission Control Center said.

Should another attempt to re-dock the freighter using the modernized Kurs-NA system fail, the ISS crew can revert to using its time-proven predecessor, the Kurs system, a space industry source told RIA Novosti.

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Russia to attempt space-station re-docking

Senator John D. Rockefeller IV Statement at Hearing Highlighting Research, Discovery aboard the International Space …

WASHINGTON, D.C.--Assembly of the International Space Station was completed last year. It took 5 space agencies from around the world to build it. While this by itself is quite an achievement, our attention has shifted from the construction phase to maximizing the scientific return on this investment. At its core, the space station is a laboratory and a classroom - a scientific and educational asset available not only to NASA, but to all Americans and the international community for research, discovery, and education. We have already seen important discoveries and progress from research conducted on the space station - such as studies of treatments for debilitating diseases like osteoporosis, creation of new materials that the automotive and aerospace industries are interested in using, development of vaccines that may one day prevent deadly infections, and fundamental studies of the nature of our universe.

The availability of half of the U.S. portion of the station for national lab managed research opens up the microgravity environment to private companies to test and develop new products and services for use on Earth. A constant American presence on the space station also presents a unique opportunity to inspire our children's interest in science, technology, engineering, and mathematics - the so-called STEM fields. We know how critically important STEM skills are for jobs of the twenty-first century, whether it is in advanced manufacturing, pharmaceuticals development, new computing technologies, or designing the next generation of spacecraft.

Astronauts on the space station reach students around the world. Elementary school children can talk to and interact with astronauts via communication links through NASA, asking questions and watching the astronauts conduct experiments live 220 miles above the Earth. Just a few months ago here in Washington, D.C., I met with the student finalists from the YouTube Space Lab Challenge, an international contest for high school students to design an in-space science experiment. More than 2000 project ideas were submitted from students in more than 80 countries. Experiments from the two winning teams - one from Michigan and one from Egypt - lifted off for the space station just last Friday on board a Japanese robotic cargo spacecraft that is scheduled to berth with the space station this Friday. The students' experiments will be conducted by a NASA astronaut onboard the station. This is an unparalleled opportunity for these aspiring young scientists that I hope will encourage them and their peers to continue to pursue degrees and careers in science and engineering.

Our time with the International Space Station is limited and I want to see this nation look back on our investment as both a great achievement and a stepping stone toward our continued scientific leadership, both here on Earth and in space. I look forward to the testimony from our witnesses today and to their perspectives on how we make the most of this unique national asset.

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Senator John D. Rockefeller IV Statement at Hearing Highlighting Research, Discovery aboard the International Space ...

Antimatter-Hunting AMS Experiment in Space (Photos)

AMS in the Clean Room

The Alpha Magnetic Spectrometer, a $2 billion experiment to hunt for cosmic rays in space, stands in the clean room at the European physics lab CERN before it is shipped to NASA to be launched on a space shuttle.

An artist's concept shows the Alpha Magnetic Spectrometer, a particle physics detector that is installed on the starboard truss of the International Space Station.

Technicians examine the $2 billion Alpha Magnetic Spectrometer instrument in a work stand ahead of its planned launch on NASA's space shuttle Endeavour. The AMS instrument will search for cosmic rays from the International Space Station.

Back on August 25, 2010, workers loaded the AMS (inside the metal box at right) aboard a giant U.S. Air Force Galaxy jet for a flight from Geneva International Airport to the Kennedy Space Center in Florida.

Endeavour shuttle commander Mark Kelly, left, and Nobel laureate Sam Ting (principal investigator for the Alpha Magnetic Spectrometer) look over the instrument as it sits in a work stand at NASA's Kennedy Space Center in Florida before its launch. Kelly commanded the STS-134 mission to take the AMS to the International Space Station in May 2011. The cutting edge instrument is the brainchild of Ting.

NASA's space shuttle Endeavour heads to the launch pad for its final mission, STS-134, to transport AMS to the space station. Here Endeavour is shown bathed in bright xenon spotlights on March 10, 2011 at NASA's Kennedy Space Center in Florida.

Space shuttle Endeavour lifts off at 8:56 a.m. EDT on May 16 on its final flight - STS-134 - carrying AMS.

The Alpha Magnetic Spectrometer-2 (AMS) is seen in space shuttle Endeavour's payload bay after the shuttle reached orbit. Shortly after this image was taken, the AMS was moved from the payload bay to the station's starboard truss on May 19, 2011 (Flight Day 4).

The Alpha Magnetic Spectrometer is transferred out of the space shuttle Endeavour's cargo bay by the shuttle's robotic arm on May 19.

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Antimatter-Hunting AMS Experiment in Space (Photos)

Does the new automated Russian space station docking system work? Nyet.

A test of new automated spacecraft docking gear for Russian flights to the International Space Station automatically aborted during the linkup attempt.

A test of new spacecraft docking gear for Russian flights to the International Space Station failed, the U.S. and Russian space agencies said on Tuesday, casting doubt on the automated system meant to simplify missions to the orbiting outpost.

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The space agencies said a new docking attempt would likely take place on Sunday, after an unmanned Japanese spacecraft, the HTV-3, reaches the station and is manually berthed by astronauts later this week.

Russia's single-use Progress cargo ship had already delivered fuel and other supplies to six astronauts aboard the International Space Station and was due to burn up on re-entry, laden with trash, on July 30, after the next test.

The craft is now orbiting at a safe distance from the outpost while Russian engineers study why the Kurs-NA rendezvous system automatically aborted during the linkup attempt.

"The test was proceeding normally until about the time that the new Kurs-NA rendezvous system was to be engaged," NASA said in a statement on its website.

"As commands were being issued to activate the Kurs system, a failure was announced, triggering a passive abort."

Kurs-NA is an upgrade of the Kurs docking gear used for years on Russia's manned Soyuz and robotic Progress spacecrafts. The system features updated electronics and is designed to improve safety and use less power, according to NASA.

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Does the new automated Russian space station docking system work? Nyet.

"Portal 2" video game robot launched into actual space

(SPACE.com) An American video game company has revealed there is an unauthorized stowaway on board the Japanese spacecraft now in Earth orbit on its way to the International Space Station (ISS).

"Wheatley," the orb-shaped robotic companion from Valve Software's 2011 popular game "Portal 2," is flying aboard the Japan Aerospace Exploration Agency's (JAXA) latest H-2 Transfer Vehicle, the HTV-3, which launched on Friday (July 20) to resupply the space station. The character, in miniature two-dimensional form, is soaring through real space thanks to an unnamed NASA worker.

Valve announced on its website's blog that "thanks to an anonymous tech at NASA, Wheatley is actually going to actual space."

The one-eyed sphere, or "personality core" as referred to in the video game, is given its voice by English actor and comedian Stephen Merchant. On board the HTV, which is nicknamed Kounotori or "white stork", the robot's voice is offered in the form of a phrase engraved under Wheatley's likeness -- "In spaaaaaaace!"

(Portal 2 players may associate that quote with another of the game's personality cores, the so-called "Space Core," though Valve attributes it to Wheatley on their blog.)

Not officially endorsed

A photo posted on Valve's website shows what appears to be a circuit board with Wheatley's likeness laser-inscribed in one corner. The photograph offers no reference of scale for the component, nor from what instrument it may have originated. [9 Weird Things Launched on NASA Shuttles]

NASA has several scientific experiments and payloads on the HTV-3, which astronauts will unpack after capturing the spacecraft using the space station's robotic arm and then attaching it to the outpost on Friday (July 27). Among the U.S. payloads are an Earth-observation camera, two small satellites, and a communications and navigation test bed.

The lack of details may be because the Wheatley etching is unofficial.

"And please note that when we mentioned an 'anonymous tech at NASA' we weren't kidding," Valve explained on its blog. "NASA in no way officially endorses secretly laser-engraving characters from Portal onto their spacecraft."

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"Portal 2" video game robot launched into actual space

Russian supply ship fails to dock at space station

A robotic Russian cargo ship failed to dock at the International Space Station late Monday due to apparent failure in a new rendezvous system, NASA officials say.

The Russian supply ship Progress 47 was testing Russia's new Kurs-NA docking system when the docking failure occurred. The unmanned spacecraft, which was already at the space station, undocked from the orbiting laboratory on Sunday (July 22) was expected to park itself at a docking port on the space station's Russian segment Monday at 9:57 p.m. EDT (0157 July 24 GMT).

Instead, the spacecraft is awaiting its next chance to dock, which will come next Sunday, according to press reports.

The Kurs-NA docking system is designed to be an upgraded version of the Kurs automated docking system that has been used for years by Russian spacecraft. The new system includes upgraded electronics and was expected to use less power and enhance safety.

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"The test was proceeding normally until about the time that the new Kurs-NA rendezvous system was to be engaged," NASA officials said in a statement. "As commands were being issued to activate the Kurs system, a failure was annunciated, triggering a passive abort." [How Russia's Progress Spaceships Work (Infographic)]

A passive abort is an automatic safeguard to protect the International Space Station from a malfunctioning spacecraft. It is designed to take a spacecraft away to a safe distance in the event of a failure.

During Monday's failed orbital rendezvous, the Progress 47 spacecraft backed away to a point 1.8 miles below the space station and is awaiting its next docking attempt. Officials with Russia's Federal Space Agency said the next docking try won't occur until after the arrival of a new Japanese cargo ship, the H-2 Transfer Vehicle 3, which will arrive at the station on Friday (July 27).

The Progress 47 spacecraft launched to the space station on April 20 and was expected to be intentionally destroyed on July 30 by burning up in the Earth's atmosphere over the Pacific Ocean. On Sunday, the supply ship undocked from its parking spot and flew to a waypoint 100 miles (160 kilometers) from the space station a position it held for 24 hours before starting the Kurs-Na docking test.

Progress 47 and the HTV-3 spacecraft are not the only unmanned cargo ships slated to arrive at the International Space Station.

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Russian supply ship fails to dock at space station