Mars rover concept vehicle tours this planet – USA TODAY

Susan B. Barnes, Special for USA TODAY Published 7:45 a.m. ET July 21, 2017

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The Mars Rover concept vehicle was commissioned by Kennedy Space Center Visitor Complex as an educational tool and to inspire the public about the future of space exploration and interplanetary travel.(Photo: Kennedy Space Center Visitor Complex)

Imagine traveling over the landscape of the Red Planet in a Mars Rover, the fine sands slipping through its 50-inch wheels as it traverses over dunes, rocks, craters and hills at a slow-but-steady 2 to 4 MPH.

In an effort to bring Mars closer to home, Kennedy Space Center Visitor Complex teamed up with Parker Brothers Concepts, along with NASA-engineer science and specs, to develop the four-passenger Mars Rover concept vehicle, currently on tour along the Eastern Seaboard.

The nearly 11-foot-tall, 5,500-pound, all-aluminum Mars rover concept vehicle is as realistic as possible to show space enthusiasts the technology thats being developed to send to Mars, including carbon fiber, solar panels and a 700-volt battery that is used to power the Rover. This is a look but dont touch opportunity after all, this Mars Rover was created to be as realistic as possible, but for educational purposes only; it wont be making the trip to Mars when the time comes.

At Kennedy Space Center Visitor Complex, we create immersive space experiences for our guests, said Therrin Protze, chief operating officer, Kennedy Space Center Visitor Complex. The Mars rover will give guests a front row seat to NASAs Journey to Mars and bring the future of space exploration to life for the generation that will first step foot on Mars, as they see and learn what it will take to travel the landscape of the Red Planet.

The Mars rover concept vehicles first stop on the tour was at The Battery Atlanta at Sun Trust Park in Atlanta, Georgia, and it will spend the next month traveling, starting withthe National Air & Space Museum in Washington, D.C. (July 21-22), Liberty Science Center in Jersey City, New Jersey (July 29-30), Intrepid Sea, Air & Space Museum in New York, New York (August 3-6) and finishing at the North Point Mall in Alpharetta, Georgia (August 12) before returning to Kennedy Space Center Visitor Complex.

Back at Kennedy Space Center Visitor Complex in Cape Canaveral, Florida, the Summer of Mars continues with games that enable visitors to learn about plant life and habitats on Mars; a virtual reality trip to the Red Planet via Lockheed Martins Mars Experience Bus, using real NASA footage of Mars to explore 200 miles of the service; and more.

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Elon Musk: We need moon base to get people ‘fired up’ about space travel – Sky News

Elon Musk has said humans need to build a base on the moon to get the public "fired up" again about space exploration.

Humans first landed there 48 years ago today [20 July], but nobody has stepped foot on the moon since the final mission of the Apollo programme in 1972.

Speaking at a conference in Washington about the International Space Station, the SpaceX founder complained that the public did not seem to grasp "how cool the ISS is".

Public interest and fascination with space travel exploded during the Apollo missions.

The funding the US ploughed into the space race led to huge advances in the development of new technologies and inspired many people to pursue engineering and science careers.

Elon Musk told the conference there were more technological advances and business opportunities to be grasped with greater space travel.

Satellites could help deliver cheap internet to those who do not have access to broadband infrastructure.

They could also monitor crop growth, climate change and potential natural disasters back on Earth, said Mr Musk.

But the Tesla boss added: "To really get the public real fired up, I think we've got to have a base on the moon."

"Having some permanent presence on another heavenly body, which would be the kind of moon base, and then getting people to Mars and beyond - that's the continuance of the dream of Apollo that I think people are really looking for," he added.

SpaceX has already announced plans to fly two tourists around the Moon next year, although they will not land on the moon itself.

Mr Musk has also spoken about his plans to land humans on Mars.

The banner image on SpaceX's Twitter profile shows a series of images of Mars being terraformed - a hypothetical process of deliberately modifying a planet to make it similar to Earth, and therefore habitable to humans.

Mr Musk said that "to get the public excited, you've really got to get people in the picture. It's just a hundred times different if there are people in the picture."

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Elon Musk: We need moon base to get people 'fired up' about space travel - Sky News

Elon Musk says key to opening up space travel is ‘near complete reusability’ of spacecraft – CNBC

The key to opening up low-Earth orbit, and space travel in general, is building rockets and spacecraft that are almost entirely reusable, said Elon Musk.

Spacecraft have to become as much like any terrestrial or sea-faring vehicle as possible meaning they can be reused again and again Musk said, speaking at the International Space Station Research and Design conference in Washington D.C. on Wednesday.

SpaceX made history in March when it was the first to launch an orbital class rocket into space twice. The company has excelled in driving down the cost of launches, and SpaceX has said reusing them can further push down costs, and dramatically reduce turnaround time, allowing for more launches.

"It's super hard with space, because we live on a planet with pretty high gravity," Musk said. This is due to the immense stress placed on spacecraft as it travels in and out of Earth's atmosphere.

Still though, it is worth it.

"The analogy I use with my team is 'guys imagine we had 6 million dollars on a pallet of cash,' " Musk said. "Six million dollars is falling through the sky. Would we try to catch it?'"

Musk said he thinks the next reused rocket can be launched for about half the cost of launching a new one.

He also said that the Falcon 9 booster might be able to be reflown in 24 hours, by possibly as soon as the end of next year.

"The key to that is you do inspections, and no hardware is changed, not even the paint," he said.

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Buzz Aldrin Is Raising Money to Send People to Mars – TIME

(CAPE CANAVERAL, Fla.) Forty-eight years after he landed on the moon, Apollo 11 astronaut Buzz Aldrin on Saturday rolled out a red carpet for the red planet at a star-studded gala at the Kennedy Space Center.

Aldrin, 87, commemorated the upcoming anniversary of the 1969 mission to the moon under a historic Saturn V rocket and raised more than $190,000 for his nonprofit space education foundation, ShareSpace Foundation . Aldrin believes people will be able to land on Mars by 2040, a goal that NASA shares. The space agency is developing the Space Launch System and the Orion spacecraft to send Americans to deep space.

Apollo astronauts Walt Cunningham, Michael Collins and Harrison "Jack" Schmitt joined Aldrin, one of 12 people to walk on the moon, at the sold-out fundraiser.

"I like to think of myself as an innovative futurist," Aldrin told a crowd of nearly 400 people in the Apollo/Saturn V Center. "The programs we have right now are eating up every piece of the budget and it has to be reduced if we're ever going to get anywhere."

During the gala, the ShareSpace Foundation presented Jeff Bezos with the first Buzz Aldrin Space Innovation Award. Bezos, the founder of Amazon.com and the spaceflight company Blue Origin, is trying to bring the cost of space travel down by reusing rockets.

"We can have a trillion humans in the solar system. What's holding us back from making that next step is that space travel is just too darned expensive," Bezos said. "I'm taking my Amazon lottery winnings and dedicating it to (reusable rockets). I feel incredibly lucky to be able to do that."

The foundation also honored former NASA astronaut Mae Jemison, the first African-American woman to travel in space, with the Buzz Aldrin Space Pioneering Award.

"When Buzz says, 'Get your ass to Mars,' it's not just about the physical part of getting to Mars. It's also about that commitment to doing something big and audacious," Jemison told The Associated Press. "What we're doing looking forward is making sure that we use our place at the table."

Space memorabilia was auctioned at the gala, including an autographed first day insurance "cover" that fetched $42,500 and flew to the surface of the moon. Covers were set up by NASA because insurance companies were reluctant to offer life insurance to pioneers of the U.S. space program, according to the auction website. Money raised from their sale would have paid out to the astronauts' families in the event of their deaths. The covers were issued in limited numbers and canceled on the day of launch.

The gala is the first part of a three-year campaign leading up to the 50th anniversary of the moon landing to help fund advancements that will lead to the future habitation of Mars.

ShareSpace Foundation on Saturday announced a new nonprofit, the Buzz Aldrin Space Foundation, to create an educational path to Mars. During the past year, the foundation has gifted 100 giant maps of Mars to schools and continues to work with children to advance education in Science, Technology, Engineering, Arts and Math, or STEAM.

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Reebok creates new space boot for astronauts – Metro US

Reebok is expanding its reach to outer space with a new boot being tested by astronauts.

The Massachusetts-based footwear company announced its Floatride Space Boot SB-01 this week, a lightweight space boot developed in partnership with another Bay State manufacturing business, David Clark Company.

The boot has been exclusively designed to accompany the final suit to be worn by astronauts while in Boeings new CST-Starliner, the space capsule that will take the astronauts to and from the International Space Station, according to Reebok. The company said that it's the first evolution in space footwear in more than 50 years.

Reebok used its Floatride Foam technology to make sure the boot is as lightweight as possible, which Matt Montross from Reebok Innovation said is crucial to efficient and cost-effective space travel.

Weight is a huge factor in space travel with just a single pound having big financial implications, he said in a statement. Traditional space boots were made of rigid leather with firm soles and were not integrated into the actual space suit.

Reeboks Floatride Foam introduced three revolutionary elements to the footwear, he said: It decreased the overall weight significantly, it brought the added comfort in a space boot and support that you would expect in a running shoe, and it delivered a new level of sleekness and style.

Boeing and the David Clark Company also worked together on the new Boeing Bluespacesuit that the Reebok footwear will fit onto. The suit brings together firsthand experience from Chris Ferguson, a veteran astronaut, and the David Clark Companys decades of suit design, development, [testing] and evaluation insight as the makers of more than a dozen air and space suits," according to Boeing.

The suit (and shoes) will be worn by all Starliner crew members during launch, ascent into space and re-entry to Earth. Along with the Floatride technology, the suit features touchscreen-friendly gloves, a soft helmet that zips closed instead of latches, storage space in the legs and more to ensure its comfortable and safe in outer space.

If you want some Floatride Foam benefits while remaining here on Earth, youre in luck. Reebok also announced this week its Floatride Racer 100g running shoe, which Montross said doesnt sacrifice cushioning in order to provide less weight and more speed.

The Floatride Racer (pictured below) is still undergoing testing and will officially launch in 2018. The Floatride Run is currently available; those shoeswere launched in April and marked the debut of Reeboks Floatride technology.

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Reebok creates new space boot for astronauts - Metro US

Space tourism – Wikipedia

This article is about paying space travellers. For other commercial spacefarers, see Commercial astronaut. For entrepreneurial space ventures and colonization, see NewSpace.

Space tourism is space travel for recreational, leisure or business purposes. To date only orbital space tourism has taken place provided by the Russian Space Agency, although work continues developing sub-orbital space tourism vehicles by Blue Origin and Virgin Galactic. In addition, SpaceX announced in 2017 that they are planning on sending two space tourists on a lunar free return trajectory in 2018 aboard their Dragon V2 spacecraft launched by the Falcon Heavy rocket.[1]

The publicized price for flights brokered by Space Adventures to the International Space Station aboard a Russian Soyuz spacecraft have been US$2040 million, during the period 20012009 when 7 space tourists made 8 space flights. Some space tourists have signed contracts with third parties to conduct certain research activities while in orbit.

Russia halted orbital space tourism in 2010 due to the increase in the International Space Station crew size, using the seats for expedition crews that would have been sold to paying spaceflight participants.[2][3] Orbital tourist flights were set to resume in 2015 but one planned was postponed indefinitely and none have occurred since 2009.[4]

As an alternative term to "tourism", some organizations such as the Commercial Spaceflight Federation use the term "personal spaceflight". The Citizens in Space project uses the term "citizen space exploration".[5]

The Soviet space program was aggressive in broadening the pool of cosmonauts. The Soviet Intercosmos program included cosmonauts selected from Warsaw Pact members (from Czechoslovakia, Poland, East Germany, Bulgaria, Hungary, Romania) and later from allies of the USSR (Cuba, Mongolia, Vietnam) and non-aligned countries (India, Syria, Afghanistan). Most of these cosmonauts received full training for their missions and were treated as equals, but especially after the Mir program began, were generally given shorter flights than Soviet cosmonauts. The European Space Agency (ESA) took advantage of the program as well.

The US space shuttle program included payload specialist positions which were usually filled by representatives of companies or institutions managing a specific payload on that mission. These payload specialists did not receive the same training as professional NASA astronauts and were not employed by NASA. In 1983, Ulf Merbold from ESA and Byron Lichtenberg from MIT (engineer and Air Force fighter pilot) were the first payload specialists to fly on the Space Shuttle, on mission STS-9.[6][7]

In 1984, Charles D. Walker became the first non-government astronaut to fly, with his employer McDonnell Douglas paying $40,000 for his flight.[8]:7475 NASA was also eager to prove its capability to Congressional sponsors. Senator Jake Garn was flown on the Shuttle in 1985,[9] followed by Representative Bill Nelson in 1986.[10]

During the 1970s, Shuttle prime contractor Rockwell International studied a $200300 million removable cabin that could fit into the Shuttle's cargo bay. The cabin could carry up to 74 passengers into orbit for up to three days. Space Habitation Design Associates proposed, in 1983, a cabin for 72 passengers in the bay. Passengers were located in six sections, each with windows and its own loading ramp, and with seats in different configurations for launch and landing. Another proposal was based on the Spacelab habitation modules, which provided 32 seats in the payload bay in addition to those in the cockpit area. A 1985 presentation to the National Space Society stated that although flying tourists in the cabin would cost $1 to 1.5 million per passenger without government subsidy, within 15 years 30,000 people a year would pay $25,000 each to fly in space on new spacecraft. The presentation also forecast flights to lunar orbit within 30 years and visits to the lunar surface within 50 years.[11]

As the shuttle program expanded in the early 1980s, NASA began a Space Flight Participant program to allow citizens without scientific or governmental roles to fly. Christa McAuliffe was chosen as the first Teacher in Space in July 1985 from 11,400 applicants. 1,700 applied for the Journalist in Space program, including Walter Cronkite, Tom Brokaw, Tom Wolfe, and Sam Donaldson. An Artist in Space program was considered, and NASA expected that after McAuliffe's flight two to three civilians a year would fly on the shuttle.[8] After McAuliffe was killed in the Challenger disaster in January 1986 the programs were canceled. McAuliffe's backup, Barbara Morgan, eventually got hired in 1998 as a professional astronaut and flew on STS-118 as a mission specialist.[8]:8485 A second journalist-in-space program, in which NASA green-lighted Miles O'Brien to fly on the space shuttle, was scheduled to be announced in 2003. That program was canceled in the wake of the Columbia disaster on STS-107 and subsequent emphasis on finishing the International Space Station before retiring the space shuttle.

With the realities of the post-Perestroika economy in Russia, its space industry was especially starved for cash. The Tokyo Broadcasting System (TBS) offered to pay for one of its reporters to fly on a mission. For $28 million, Toyohiro Akiyama was flown in 1990 to Mir with the eighth crew and returned a week later with the seventh crew. Akiyama gave a daily TV broadcast from orbit and also performed scientific experiments for Russian and Japanese companies. However, since the cost of the flight was paid by his employer, Akiyama could be considered a business traveler rather than a tourist.

In 1991, British chemist Helen Sharman was selected from a pool of 13,000 applicants to be the first Briton in space.[12] The program was known as Project Juno and was a cooperative arrangement between the Soviet Union and a group of British companies. The Project Juno consortium failed to raise the funds required, and the program was almost cancelled. Reportedly Mikhail Gorbachev ordered it to proceed under Soviet expense in the interests of international relations, but in the absence of Western underwriting, less expensive experiments were substituted for those in the original plans. Sharman flew aboard Soyuz TM-12 to Mir and returned aboard Soyuz TM-11.

At the end of the 1990s, MirCorp, a private venture that was by then in charge of the space station, began seeking potential space tourists to visit Mir in order to offset some of its maintenance costs. Dennis Tito, an American businessman and former JPL scientist, became their first candidate. When the decision to de-orbit Mir was made, Tito managed to switch his trip to the International Space Station (ISS) through a deal between MirCorp and US-based Space Adventures, Ltd., despite strong opposition from senior figures at NASA; from the beginning of the ISS expeditions, NASA stated it wasn't interested in space guests.[13] Nonetheless, Dennis Tito visited the ISS on April 28, 2001, and stayed for seven days, becoming the first "fee-paying" space tourist. He was followed in 2002 by South African computer millionaire Mark Shuttleworth. The third was Gregory Olsen in 2005, who was trained as a scientist and whose company produced specialist high-sensitivity cameras. Olsen planned to use his time on the ISS to conduct a number of experiments, in part to test his company's products. Olsen had planned an earlier flight, but had to cancel for health reasons. The Subcommittee on Space and Aeronautics Committee On Science of the House of Representatives held on June 26, 2001 reveals the shifting attitude of NASA towards paying space tourists wanting to travel to the ISS. The hearing's purpose was to, "Review the issues and opportunities for flying nonprofessional astronauts in space, the appropriate government role for supporting the nascent space tourism industry, use of the Shuttle and Space Station for Tourism, safety and training criteria for space tourists, and the potential commercial market for space tourism".[14] The subcommittee report was interested in evaluating Dennis Tito's extensive training and his experience in space as a nonprofessional astronaut.

By 2007, space tourism was thought to be one of the earliest markets that would emerge for commercial spaceflight.[15]:11 However, as of 2014[update] this private exchange market has not emerged to any significant extent.

Space Adventures remains the only company to have sent paying passengers to space.[16][17] In conjunction with the Federal Space Agency of the Russian Federation and Rocket and Space Corporation Energia, Space Adventures facilitated the flights for all of the world's first private space explorers. The first three participants paid in excess of $20 million (USD) each for their 10-day visit to the ISS.

After the Columbia disaster, space tourism on the Russian Soyuz program was temporarily put on hold, because Soyuz vehicles became the only available transport to the ISS. On July 26, 2005, Space Shuttle Discovery (mission STS-114) marked the shuttle's return to space. Consequently, in 2006, space tourism was resumed. On September 18, 2006, an Iranian American businesswoman named Anousheh Ansari became the fourth space tourist (Soyuz TMA-9).[18]) On April 7, 2007, Charles Simonyi, an American businessman of Hungarian descent, joined their ranks (Soyuz TMA-10). Simonyi became the first repeat space tourist, paying again to fly on Soyuz TMA-14 in MarchApril 2009. Canadian Guy Lalibert became the next space tourist in September, 2009 aboard Soyuz TMA-16.

As reported by Reuters on March 3, 2010, Russia announced that the country would double the number of launches of three-man Soyuz ships to four that year, because "permanent crews of professional astronauts aboard the expanded [ISS] station are set to rise to six"; regarding space tourism, the head of the Russian Cosmonauts' Training Center said "for some time there will be a break in these journeys".[2]

On January 12, 2011, Space Adventures and the Russian Federal Space Agency announced that orbital space tourism would resume in 2013 with the increase of manned Soyuz launches to the ISS from four to five per year.[19] However, this has not materialized, and the current preferred option, instead of producing an additional Soyuz, would be to extend the duration of an ISS Expedition to one year, paving the way for the flight of new spaceflight participants. The British singer Sarah Brightman initiated plans (costing a reported $52 million) and participated in preliminary training in early 2015, expecting to then fly (and to perform while in orbit) in September 2015, but in May 2015 she postponed the plans indefinitely.[4][20][21]

Several plans have been proposed for using a space station as a hotel:

In February 2017, Elon Musk announced that substantial deposits from two individuals had been received by Space X for a Moon loop flight using a free return trajectory and that this could happen as soon as late 2018.[33] Musk said that the cost of the mission would be "comparable" to that of sending an astronaut to the International Space Station, about $70 million US dollars in 2017.[34]

No suborbital space tourism has occurred yet, but since it is projected to be more affordable, many companies view it as a money-making proposition. Most are proposing vehicles that make suborbital flights peaking at an altitude of 100160km (6299mi).[35] Passengers would experience three to six minutes of weightlessness, a view of a twinkle-free starfield, and a vista of the curved Earth below. Projected costs are expected to be about $200,000 per passenger.[36]

Under the Outer Space Treaty signed in 1967, the launch operator's nationality and the launch site's location determine which country is responsible for any damages occurred from a launch.[50]

After valuable resources were detected on the Moon, private companies began to formulate methods to extract the resources. Article II of the Outer Space Treaty dictates that "outer space, including the Moon and other celestial bodies, is not subject to national appropriation by claim of sovereignty, by means of use or occupation, or by any other means".[51] However, countries have the right to freely explore the Moon and any resources collected are property of that country when they return.

In December 2005, the US government released a set of proposed rules for space tourism.[52] These included screening procedures and training for emergency situations, but not health requirements.

Under current US law, any company proposing to launch paying passengers from American soil on a suborbital rocket must receive a license from the Federal Aviation Administration's Office of Commercial Space Transportation (FAA/AST). The licensing process focuses on public safety and safety of property, and the details can be found in the Code of Federal Regulations, Title 14, Chapter III.[53] This is in accordance with the Commercial Space Launch Amendments Act passed by Congress in 2004.[54]

In March 2010, the New Mexico legislature passed the Spaceflight Informed Consent Act. The SICA gives legal protection to companies who provide private space flights in the case of accidental harm or death to individuals. Participants sign an Informed Consent waiver, dictating that spaceflight operators can not be held liable in the "death of a participant resulting from the inherent risks of space flight activities". Operators are however not covered in the case of gross negligence or willful misconduct.[55]

A 2010 study published in Geophysical Research Letters raised concerns that the growing commercial spaceflight industry could accelerate global warming. The study, funded by NASA and The Aerospace Corporation, simulated the impact of 1,000 suborbital launches of hybrid rockets from a single location, calculating that this would release a total of 600 tonnes of black carbon into the stratosphere. They found that the resultant layer of soot particles remained relatively localised, with only 20% of the carbon straying into the southern hemisphere, thus creating a strong hemispherical asymmetry.[56] This unbalance would cause the temperature to decrease by about 0.4C (0.72F) in the tropics and subtropics, whereas the temperature at the poles would increase by between 0.2 and 1C (0.36 and 1.80F). The ozone layer would also be affected, with the tropics losing up to 1.7% of ozone cover, and the polar regions gaining 56%.[57] The researchers stressed that these results should not be taken as "a precise forecast of the climate response to a specific launch rate of a specific rocket type", but as a demonstration of the sensitivity of the atmosphere to the large-scale disruption that commercial space tourism could bring.[56]

Several organizations have been formed to promote the space tourism industry, including the Space Tourism Society, Space Future, and HobbySpace. UniGalactic Space Travel Magazine is a bi-monthly educational publication covering space tourism and space exploration developments in companies like SpaceX, Orbital Sciences, Virgin Galactic and organizations like NASA.

Classes in space tourism are currently taught at the Rochester Institute of Technology in New York,[58] and Keio University in Japan.[59]

A web-based survey suggested that over 70% of those surveyed wanted less than or equal to 2 weeks in space; in addition, 88% wanted to spacewalk (only 14% of these would do it for a 50% premium), and 21% wanted a hotel or space station.[60]

The concept has met with some criticism from some, including politicians, notably Gnter Verheugen, vice-president of the European Commission, who said of the EADS Astrium Space Tourism Project: "It's only for the super rich, which is against my social convictions".[61]

As of October 2013, NBC News and Virgin Galactic have come together to create a new reality television show titled Space Race. The show "will follow contestants as they compete to win a flight into space aboard Virgin Galactic's SpaceShipTwo rocket plane. It is not to be confused with the Children's Space TV show called "Space Racers"[62]

Many private space travelers have objected to the term "space tourist", often pointing out that their role went beyond that of an observer, since they also carried out scientific experiments in the course of their journey. Richard Garriott additionally emphasized that his training was identical to the requirements of non-Russian Soyuz crew members, and that teachers and other non-professional astronauts chosen to fly with NASA are called astronauts. He has said that if the distinction has to be made, he would rather be called "private astronaut" than "tourist".[63] Dennis Tito has asked to be known as an "independent researcher",[citation needed] and Mark Shuttleworth described himself as a "pioneer of commercial space travel".[64] Gregory Olsen prefers "private researcher",[65] and Anousheh Ansari prefers the term "private space explorer".[18] Other space enthusiasts object to the term on similar grounds. Rick Tumlinson of the Space Frontier Foundation, for example, has said: "I hate the word tourist, and I always will ... 'Tourist' is somebody in a flowered shirt with three cameras around his neck."[66] Russian cosmonaut Maksim Surayev told the press in 2009 not to describe Guy Lalibert as a tourist: "It's become fashionable to speak of space tourists. He is not a tourist but a participant in the mission."[67]

"Spaceflight participant" is the official term used by NASA and the Russian Federal Space Agency to distinguish between private space travelers and career astronauts. Tito, Shuttleworth, Olsen, Ansari, and Simonyi were designated as such during their respective space flights. NASA also lists Christa McAuliffe as a spaceflight participant (although she did not pay a fee), apparently due to her non-technical duties aboard the STS-51-L flight.

The US Federal Aviation Administration awards the title of "Commercial Astronaut" to trained crew members of privately funded spacecraft. The only people currently holding this title are Mike Melvill and Brian Binnie, the pilots of SpaceShipOne.

A 2010 report from the Federal Aviation Administration, titled "The Economic Impact of Commercial Space Transportation on the U. S Economy in 2009", cites studies done by Futron, an aerospace and technology-consulting firm, which predict that space tourism could become a billion-dollar market within 20 years.[68] In addition, in the decade since Dennis Tito journeyed to the International Space Station, eight private citizens have paid the $20 million fee to travel to space. Space Adventures suggests that this number could increase fifteen-fold by 2020.[69] These figures do not include other private space agencies such as Virgin Galactic, which as of 2014 has sold approximately 700 tickets priced at $200,000 or $250,000 dollars each and has accepted more than $80 million in deposits.[70]

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Space tourism - Wikipedia

The Space-Age Origins of ‘Planet of the Apes’ – Space.com

"Planet of the Apes" has strong ties to space exploration. Here, a still from the famous 1968 film that kicked off the franchise and the upcoming "War for the Planet of the Apes."

When "War for the Planet of the Apes" hits theaters Friday (July 14), viewers will see genetically engineered chimpanzees at war with humans, carrying on a storyline that started with two previous films in 2011 and 2014. It's a nasty parable about the dangers of meddling with nature something that has a great legacy in film history ("Jurassic Park," anyone)?

But probe down into the franchise's roots (including the original 1963 book by Pierre Boulle), and the history is not about genetics it's actually about space. The famous 1968 film that kicked off the movie franchise "Planet of the Apes," starring Charlton Heston began with astronauts crashing into an unknown planet. A rebooted series in 2001, starring Mark Wahlberg, starts off with astronauts and apes working together, exploring space in the future.

So here's a brief primer to bring you up to speed on "Planet's" history. A warning the plots below include major spoilers. [Strange Cinema: Space.com's FavoriteOff-Beat Space Movies]

Some context here is helpful. When the first five "Planet" movies were in theaters between 1968 and 1973, NASA astronauts were busy exploring the moon. The first moon mission Apollo 8 took place in 1968, when three astronauts orbited Earth's lunar companion. The first moon landing quickly followed in 1969, followed by six attempted landings (five were successful) between 1969 and 1972.

So space exploration was a big freaking deal back then, in a world that was dominated by television coverage rather than social media. And this was reflected in many films of the era, ranging from "2001: A Space Odyssey" (1968) to "Marooned" (1969).

"Planet of the Apes" (1968) kicked off the franchise with astronaut Taylor (Charlton Heston) and crewmates in deep hibernation; they are voyaging for nearly a light-year and need the hibernation to slow down their natural aging processes, since the voyage takes a long time. Their spaceship crash-lands in a lake, killing one of the astronauts and waking up the rest of the crew.

(Just a warning, again spoilers for these movies ahead.)

The crew members discover that it's the year 3978, about 2,000 years since their 1972 departure. They quickly come across some armed and very unhappy gorillas that attack the crew, killing more astronauts and capturing Taylor. From here, we'll skip straight to the end, where Taylor discovers the Statue of Liberty on a beach and realizes this planet is actually Earth after a nuclear holocaust.

The sequel "Beneath the Planet of the Apes" (1970) saw another spacecraft crash on a future Earth in a search for Taylor and his crew. Suffice it to say, the gorillas are no less friendly, and Taylor ends up killing all life on the planet with a "doomsday" bomb that he discovers.

Luckily for the franchise, three apes escape in Taylor's spaceship in "Escape from the Planet of the Apes" (1971). The shock wave creates a time warp a familiar plot device in space films and transports the apes to 1973 Earth, where they are captured and put in the Los Angeles Zoo. While the apes agree among themselves not to speak of their origins, a commission is formed to figure out how Taylor's spaceship arrived back on Earth with the apes on board. [Why DoWe Love Space Movies?]

From here, the franchise lessened the emphasis on space, focusing instead on conflicts between humans and apes in the movies "Conquest of the Planet of the Apes" (1972) and "Battle for the Planet of the Apes" (1973).

Meanwhile, the franchise spun off a brief 1974 television series, "Planet of the Apes," that had pretty much the same premise. Astronauts landed on a future Earth, but in this case, the astronauts were clearly identified as originally going to Alpha Centauri, and they deduced almost right away that they had landed on the wrong planet.

Another television series, this one animated, took place between 1975 and 1976, with Earth astronauts being hurtled into the future and landing on a planet full of apes. This was called "Return to the Planet of the Apes" and only lasted 13 episodes not long enough for us to know if the astronauts escaped.

Hollywood then revisited the franchise in 2001, with Mark Wahlberg starring. Although the 2001 movie shares the 1968 movie's name "Planet of the Apes" the plot is pretty different. Wahlberg plays an astronaut named Leo Davidson in the year 2029, working with primates on the United States Air Force Space Station Oberon. One of the apes, Pericles, goes to the sun in a small space pod to investigate a coming storm. After Pericles disappears, Oberon disobeys a direct order and follows her in a second pod.

The pod enters a time-travel warp, and Davidson crash-lands on a planet called Ashlar in the year 5021. This is no less nasty a place than the 1968 future Earth, as the primates here use human beings as slaves. Predictably, Davidson is taken as a slave and has some misadventures as a result.

His ship, funny enough, becomes an object of worship by the apes, who are convinced it is related to the apes' god. They call their temple-ship Calima because those are the visible letters on its surface. In reality, the visible letters are a part of the phrase, "Caution LIve aniMAls."

In the 2001 movie, space comes into play once again: Davidson escapes Ashlar and uses the same geomagnetic storm to bring his ship back to "present-day" Earth (which is the year 2029 in the film). Unfortunately, it turns out that time is forever altered; Davidson is greeted by news reporters, police officers and the like all apes.

And there you have it: our handy guide to the space origins of the "Planet of the Apes" films. While the recent reboot films have all been bound to Earth, we can't wait to find out if future entries might take the series back to its cosmic roots.

Follow us@Spacedotcom,FacebookandGoogle+. Original article onSpace.com.

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Sacred Space | Your daily prayer online

One of my bags was lost in transit, and I couldnt wait for it so continued the trip without it. I had to buy shampoo and some socks. Other than that, I didnt miss the bag. By the time I headed home, the bag was back in my possession. I set it down in the hallway at home and didnt open it for a week because I couldnt remember what was in it. And if I couldnt remember, then could anything in that bag be so important?

This makes me wonder how much energy I use up, day in and day out, hauling stuff around that isnt even important. What burdens have I taken upon myself that just take up space and make me tired and anxious?

I dont think we were meant to live this waytoo many bags, and too much weight. I think God wants us to travel light and to enjoy the trip a lot more.

By Vinita Hampton Wright on LoyolaPress.com

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Beam me up, Scotty! Scientists teleport photons 300 miles into space – The Guardian

Chinas Micius satellite blasts off from Jiuquan in Gansu on 16 August 2016. Photons were beamed from a ground station in Ngari in Tibet to Micius, which is in orbit 300 miles above Earth. Photograph: STR/AFP/Getty Images

Chinese scientists have teleported an object from Earth to a satellite orbiting 300 miles away in space, in a demonstration that has echoes of science fiction.

The feat sets a new record for quantum teleportation, an eerie phenomenon in which the complete properties of one particle are instantaneously transferred to another in effect teleporting it to a distant location.

Scientists have hailed the advance as a significant step towards the goal of creating an unhackable quantum internet.

Space-scale teleportation can be realised and is expected to play a key role in the future distributed quantum internet, the authors, led by Professor Chao-Yang Lu from the University of Science and Technology of China, wrote in the paper.

The work may bring to mind Scotty beaming up the Enterprise crew in Star Trek, but there is no prospect of humans being able to materialise instantaneously at remote locations any time soon. The teleportation effect is limited to quantum-scale objects, such as fundamental particles.

In the experiment, photons were beamed from a ground station in Ngari in Tibet to Chinas Micius satellite, which is in orbit 300 miles above Earth.

The research hinged on a bizarre effect known as quantum entanglement, in which pairs of particles are generated simultaneously meaning they inhabit a single, shared quantum state. Counter-intuitively, this twinned existence continues, even when the particles are separated by vast distances: any change in one will still affect the other.

Scientists can exploit this effect to transfer information between the two entangled particles. In quantum teleportation, a third particle is introduced and entangled with one of the original pair, in such a way that its distant partner assumes the exact state of the third particle.

For all intents and purposes, the distant particle takes on the identity of the new particle that its partner has interacted with.

Quantum teleportation could be harnessed to produce a new form of communication network, in which information would be encoded by the quantum states of entangled photons, rather than strings of 0s and 1s. The huge security advantage would be that it would be impossible for an eavesdropper to measure the photons states without disturbing them and revealing their presence.

Ian Walmsley, Hooke professor of experimental physics at Oxford University, said the latest work was an impressive step towards this ambition. This palpably indicates that the field isnt limited to scientists sitting in their labs thinking about weird things. Quantum phenomena actually have a utility and can really deliver some significant new technologies.

Scientists have already succeeded in creating partially quantum networks in which secure messages can be sent over optical fibres. However, entanglement is fragile and is gradually lost as photons travel through optical fibres, meaning that scientists have struggled to get teleportation to work across large enough distances to make a global quantum network viable.

The advantage of using a satellite is that the particles of light travel through space for much of their journey. Last month, the Chinese team demonstrated they could send entangled photons from space to Earth. The latest work does the reverse: they sent photons from the mountaintop base to the satellite as it passed directly overhead.

Transmitting into space is more difficult as turbulence in the Earths atmosphere can cause the particles to deviate, and when this occurs at the start of their journey they can end up further off course.

The latest paper, published on the Arxiv website, describes how, more than 32 days, the scientists sent millions of photons to the satellite and achieved teleportation in 911 cases.

This work establishes the first ground-to-satellite up-link for faithful and ultra-long-distance quantum teleportation, an essential step toward global-scale quantum internet, the team write.

A number of teams, including the European Space Agency and Canadian scientists, have similar quantum-enabled satellites in development, but the latest results suggest China is leading the way in this field.

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Beam me up, Scotty! Scientists teleport photons 300 miles into space - The Guardian

The real value of space travel is recognising the beauty of our planet – New Statesman

The hereditary MP Ian Paisley, Jr the Tory-supporting Democratic Unionist mini-me handed down his Bible-bashing fathers name and North Antrim seat enjoys a sharp sense of humour. He was overheard by my snout quipping at a cross-party dinner, People say Im an Orangeman. Im not an Orangeman. Im a Lemonman. Were much more bitter.

His dad transitioned from an uncompromising no surrender hardliner into one of the Chuckle Brothers with Sinn Fins Martin McGuinness. Maybe a humour gene was passed on in the sons DNA and one day hell learn to love Jeremy Corbyn. Or maybe not.

The Blond Ambition Boris Johnson bumbled on to the Commons terrace, schmoozing Tory MPs for votes when Theresa May is dumped. But it didnt go as smoothly as the Foreign Secretary intended. While the bag carrier Conor Burns was begging uninterested backbenchers to fawn over the floppy-haired ego while sipping warm Prosecco, Vicky Foxcroft, Labours Deptford Depth Charge, exploded Johnsons pomposity. Wandering over faux-bemused, she sneered, I know you, dont I? Remind me who you are. Johnson ummed and ahhed until he was rescued by Conservatives suppressing sniggers.

Rather unkindly, the Daily Mail suggested that Tommy Two Dinners Watson had blocked Pippa Middletons view of the tennis in Wimbledons royal box. The real scandal was the Labour deputy leaders failure to notice that the much-photographed woman sitting behind him was the derrire queen. On the upside, surely thats worth a Kensington Palace dinner invitation from an appreciative Kate, the socialites less famous sister.

The twinkle-toed Vince Cables impending coronation has forced the Lib Dems last hope to pull out of an autumn ballroom dancing competition in Blackpool. No greater sacrifice can the leader of a minor party make than to cancel his sashay for the sake of a hopeless cause.

When the Tory cad James Gray emailed MPs to announce that he wouldnt stand against Julian Lewis for the defence committee chair, it triggered a barrage of abuse. One recipient screamed, As if I ever would vote for Gray, the pompous old hypocrite.

The word in Westminster is that John McDonnell has confessed to the Kensington MP, Emma Dent Coad, that he got carried away when he claimed the Grenfell Towers tenants were murdered by political decisions. The semi-apologys gone down well in Labour ranks.

Para Dan Jarvis has declined a reshuffle job on Jeremy Corbyns front bench. Postings are for the few, not the many.

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The real value of space travel is recognising the beauty of our planet - New Statesman

Born Into That Excitement: A Conversation with Anna Leahy and Douglas R. Dechow About Generation Space: A Love … – lareviewofbooks

JULY 2, 2017

IN GENERATION SPACE: A LOVE STORY, co-authors Anna Leahy, a poet and English professor, and Douglas R. Dechow, a scientist and librarian, chart the two great passions in their lives. One is, of course, their own relationship and marriage. But the other is more universal: the magnetic force that drew them together. They are, to borrow the title of a Facebook conference, Space Hipsters: proud, highly educated generalists who have followed NASAs space program since their earliest years. But not since NASAs earliest years. They are members of Generation X, which has a different relationship to space travel than that of the Baby Boomers. Neither Leahy nor Dechow were yet born when Sputnik launched. But they have witnessed the triumphs of the International Space Station (ISS) and how private money is changing the idea of space exploration.

They revere the astronauts from the Apollo era and the Shuttle program astronauts who competed for a hard-won identity. They are less keen on space tourists, for whom money alone can buy an astronaut identity.

I asked them about their book and why they wrote it.

M. G. LORD: In Generation Space, you argue that another way to characterize Generation X is through its relationship to human space exploration. What did you mean?

ANNA LEAHY: We define Generation Space as all of us who were born between 1957, when the Russian satellite Sputnik launched (and the US birth rate peaked), and 1981, when the space shuttle first launched. This generation never knew a world before spaceflight. Space travel was the reality for us, not an abstraction. In 1982, Time named the computer Man of the Year. Generation Space knew a world before the personal computer, but our students know computer technology as part of the reality of their lives. When a person is born has a lot to do with how that person sees the world and the future.

DOUGLAS R. DECHOW: We were born in the mid-1960s. My first memory is sitting in front of the television watching Neil Armstrong and Buzz Aldrin walk on the Moon. At three years old, I was too young to understand what that meant, but thats the point. For me, space travel was something people did, not just possible but actual. Id argue this space-faring reality makes Generation Space an especially inquisitive bunch with high expectations. As educators, the notion of what it means to be a Millennial those who make up our current student cohort comes up frequently. While we were developing the book, it was also trendy to write think pieces comparing the traits of Boomers, Gen Xers, and Millennials, and those pieces often highlighted the negative. We think of Generation Space as an aspirational description, a way to tie together the aesthetic, cultural, and scientific associations of space travel with the group of people who were born into that excitement, the feeling of adventure of that moment.

I have to ask: Why do you refer to human space exploration as manned exploration? (When I began my own book, Astro Turf [2005], Donna Shirley, who was then head of the team for the Mars Sojourner Rover, gave me an earful about using that Apollo-era adjective instead of the more inclusive human.)

DECHOW: We do use the term human spaceflight in the book, but not to the extent we should have. Mercury, Gemini, and Apollo were men-only spaceflight programs, of course, and a lot of the documentation of that era and the writing since then refers to those programs as manned. Its easy to pick up that old-fashioned diction tick. But the Soviets sent women to space in the 1960s, and the astronaut class of 1978 included six women, all of whom flew in space. We talk in the book about how Shuttle changed the notion of astronaut. Your point is incredibly important, and the larger issue is something we continually address in our daily lives.

LEAHY: You have us thinking about how deeply engrained gender-biased terminology becomes, for the real struggle over not using manned is what to call spaceflight without humans aboard. Not unmanned, then, but not un-human or non-human either so a parallel term isnt possible for human spaceflight. Perhaps telerobotic, but that sounds overly technical. The terms should probably be crewed and uncrewed (which autocorrect wants to type as unscrewed, so its not yet common parlance). That seems the way to go as we and others continue to write about space exploration.

You each write different chapters of the story yet you dont rigidly alternate chapter by chapter. How did you decide who would tell what part of the story and how these chapters would be assembled into the manuscript?

DECHOW AND LEAHY: The first version of Generation Space we drafted was in a together voice (like this paragraph), which got us off the hook for deciding who told which part of the story, but which created all sorts of logistical problems, including referring to ourselves as Anna or Doug. People didnt believe we could agree as much as we do. Or maybe people dont like to admit that we make shared stories of life too, that sometimes we default to others versions if we arent sure, or that people who know each other well sometimes really can finish each others sentences. So, we talked about what we wanted to cover in the book we had a draft of that and who had what to say about each part.

LEAHY: I wanted to talk about my sisters accidental Sputnik holiday ornament and my mothers memory of Alan Shepards launch. Separating our voices allowed a lot more memory into the story. I saw Discovery on the launch pad the first time we visited Kennedy Space Center (KSC), and Doug didnt. So, there were scenes only one of us could write.

DECHOW: My childhood memories and my story of planning to become an astronaut and ending up a scientist-librarian quickly became an important through-line for the book. Of course, we had to negotiate a few instances in which we remembered situations differently. To this day, we disagree about which door at KSC we followed Buzz Aldrin through when I caught sight of him. Theres an episode of the 90s TV show Mad About You in which the couple define blue and green differently and adamantly. I remember us watching that and laughing about the mundane things we see differently. Separating our voices and divvying up chapters taught us to share in new ways and to sit with our differences.

You both graduated from the same college, but in different years. Would you talk about how you met and how you kept a relationship going when your professional circumstances forced you to live in different states?

LEAHY: When we started writing this book, we didnt think of it as a love story. We wanted to be the eyes and ears for others, not the subject of the book. As we immersed ourselves in the history of spaceflight, we started using the reference points and the questions to understand who we were and how we had managed to stay together for more than two decades.

DECHOW: Wed been together as college students for barely 18 months when we made our first major shared life decision: leaving Knox College behind and moving as a couple to Maryland. Shortly after getting settled, I started work at NASAs Center for AeroSpace Information (CASI). Anna was a graduate student, so, in a very real way, NASA was sustaining our lives. This was a very intense period of figuring out who we were and who we wanted to be.

The outcome of that time, that we both wanted to be academics, came with the realization that we might not always be in the same time zone, let alone zip code. Our longest period of separation was during my PhD program at Oregon State University, while Anna was a new professor at a couple of schools in the Midwest. Figuring out how to be together as a couple while leading separate professional lives could have unraveled us. One of the most intense times of loss then was the destruction of the space shuttle Columbia in 2003. We were on the phone watching the news and discussing our responses nearly the entire day. We also made a habit out of going out in the evenings to watch the International Space Station overhead.

LEAHY: Our daily lives are not like living on a space station, with no way to get home quickly but that way of life can help us understand what it means to be separated from loved ones while pursuing your lifes goals. Analogies and metaphors make sense to me because they use differences to make similarities clearer, to clarify meaning. Whether two hundred miles away on ISS, two thousand miles across the country, or in the next room, were all making choices about how we want to connect with others in our lives and about how much distance a given relationship can endure.

One thing I love about Annas sections is the way she discusses the etymology of words with Latin derivations e.g., purpose is to put forth. Anna, how did your study of Latin influence your love of spaceflight? And, for that matter, of poetry?

LEAHY: As a kid, I always liked grammar and felt as if it wasnt something to learn so much as something that made inherent sense in my brain. When I studied Latin in high school, I realized that languages work differently that ancient Romans must have made sense of ideas differently, because the verb tended to be at the end of the sentence. I took an anatomy class as a senior, one of only a few girls allowed to take a class over at the boys school, and that course was filled with Latin terminology (which was as memorable as the frog and cat we dissected). I studied Latin again in college and graduate school, and built an appreciation for how Latin words had made their ways into English for the fact that words have long histories, or ancestors.

When I was working on my first poetry book, I started playing with Latin again. I was really proud of myself for having done something that felt useful or artful with what people think of as a dead language. Its now part of my pondering as a writer, whether in poetry or prose. Of course, astronomy draws terminology from Latin nebula, gibbous, orbit so the approach feels all the more natural to me in that context.

Do you think the generation after yours appreciates the romance of spaceflight? For years, champions of privatizing spaceflight have said, Space is a place not a program. Yet your love affair the love affair of Generation Space is with a program, our collective national effort to explore.

LEAHY: When we were following the end of the space shuttle program six years ago, I mentioned to my students what I was doing. Some of them were surprised to hear the shuttle was still flying, and others were aghast that it was being retired. I remember sitting in a hospital waiting room in 2012, and a story about the retired shuttles came on the television. Everyone looked up, and people started talking about it, saying that it wasnt right that the United States wasnt flying humans to space anymore. There was the sense that wed lost something important about who we are.

Last year, though, 18,300 people applied to be part of NASAs 2017 astronaut class, which should be announced soon. The previous record, of only 8,000, was set by the 1978 class, the first to include women. Theres been a lot of space news lately black holes colliding, close-ups of Jupiter, Voyager leaving the solar system and people want to take part in that exploration.

DECHOW: Alan Shepard was the first American to go to space. His parabolic flight lasted only a few minutes, and hed forgotten to change a filter so he didnt see the view in full color. Yuri Gagarin had already orbited Earth by then. Later, there was some dispute over whether his spaceflight counted in the same way, because hed parachuted out of his spacecraft. So, theres long been quibbling about how to measure spaceflight accomplishments.

But one thing is clear: spaceflight is a cool accomplishment. In the fall of 2010, during one of our nerd date-nights for writing blog posts, we were making backup plans for viewing a shuttle launch in case neither of us became credentialed media. At the table next to us were three young men animatedly making plans for the same trip. Being generally nosy many writers eavesdrop I listened in to their conversation, only to hear the word Titusville mentioned several times. So, I engaged them in conversation. Just like Anna and myself, they couldnt believe that the Shuttle program was coming to an end, and they wanted to be there to witness it.

What impact will the privatization of spaceflight have on its appeal? Does it degrade the idea of astronaut that anyone with enough money can achieve that identity?

LEAHY: All the Mercury, Apollo, and Gemini astronauts were white men. Although one attains the identity by crossing the Krmn line, for a long time, it seemed that being an astronaut was the job of only a few military test pilots. The space shuttle era changed how we think about what it means to be an astronaut. Id hate to see privatization narrow the definition according to socioeconomic class. If I had $250,000 in spare change thats more than the median home price in the United States or the cost of a medical degree Id definitely be tempted to hand it over to Virgin Galactic to have six weightless minutes in space. But I cant imagine the life of someone like that.

DECHOW: To be sure, there are some goofy ideas afloat for human spaceflight. Mars One isnt so much a proposed spaceflight to the Red Planet as it is a reality television show in which theres no plan for the return trip. For several years before the shuttle was retired, Space Adventures was able to broker deals for private citizens to pay to ride aboard Soyuz to the International Space Station. The idea that spaceflight might become the purview of only the incredibly wealthy is disturbing, but thats not what SpaceX or NASA seem to be up to right now.

As we worked on Generation Space, we warmed up to commercial space more than we expected. Its important to remember that, because NASA belongs to all of us, SpaceX can draw from 50 years of research and development. To watch the video of the Falcon 9 launch and then return to land on a barge is spectacular. This year, the same Falcon 9 launched and landed on that same barge. Despite the tough questions its posing, commercial space is earning my respect.

I loved the way much of the drama in the book involved the nuisance of getting credentials for launches and the hierarchical nature of those credentials. Anna, how did you feel when you were awarded credentials (for a non-launch, if I remember correctly) and Doug wasnt? Did you feel like you had to do a better job or that Doug, because of his scientific training should be there in your place?

LEAHY: Getting a media badge made us feel as if we were taken seriously and had to live up to that well-vetted, professional designation. When I was awarded a badge for Discoverys last launch and Doug wasnt, that seemed like a big test for whether we were up to this project, and also a big test of our relationship. Its easy for a couple to talk about how they want the best for each other and would do anything for each other.

We told ourselves rightly, I think that one media badge was better than none. As we prepared, I did panic that I didnt know enough about the technology to know what to ask or how to see what I was seeing that Doug should have been the one designated as press. All that fell away as soon as I passed through the security gate at Kennedy Space Center.

Ive never felt more pressure to do a good job, to learn new terminology quickly, to pay attention. I forced myself to be assertive, to interview an astronaut, to not let myself relax. No one at KSC knew who I was or cared whether I left, so I was my best self during that not-launch trip in part because no one was watching me but me. I stood yards away from Discovery on the launch pad. I could hardly speak, but after I caught my breath, I called Doug. I worried that he would be resentful, but he seemed utterly happy in hearing my joy. Thats something we carry with us now, genuinely being happy for each other.

Okay, now the question the astronauts mostly dodged: Which orbiter is your favorite? Endeavour? Discovery? (Do you both agree?) And why?

DECHOW AND LEAHY: Endeavour. We have too many associations with Endeavour now. Its the first orbiter we saw in person, when it landed in California in 2008. Its the first orbiter we saw launch in person, for its last launch in 2011. Its the orbiter we saw up close, when we got a private tour of Endeavour in the Orbiter Processing Facility after its last launch. Its the orbiter that we can drive to see any time. And we like the astronauts who chose a favorite too.

Anna, how did Southern Californiaraised astronaut Mike Coats react when you told him you had never been to Disneyland?

LEAHY: Oh, he was terribly disappointed in me. Mike Coats was the first astronaut I ever met. Hed flown Discovery three times, and he was the director of Johnson Space Center at the time I spoke with him. I hadnt thought about the sort of access a media badge would entail, and we spent about 10 minutes alone in a KSC conference room for the interview. He really warmed up when I asked him about growing up in California and spending a lot of time at Disneyland. When I admitted that I hadnt been to Disneyland, he said, Anna, shame on you. I still havent been to Disneyland. Maybe my refusal is a way to preserve the integrity of that first conversation with an astronaut.

Doug, what cool space artifacts have you acquired for the Chapman University library?

DECHOW: Whistleblowers Roger Boisjoly and Allan McDonald two of the Morton Thiokol engineers who were adamant that NASA not launch the space shuttle Challenger on that cold, fateful morning in 1986 have both donated their papers to the Leatherby Libraries. While both collections are wonderful, Roger Boisjolys materials contain a wealth of engineering documents, notebooks, and photographs that speak to the technical problems that beset the solid rocket boosters that ultimately led to Challengers destruction.

The library also participated in a government program when NASA sought permanent homes for items it was no longer using. We received a number of items, some of which including a laptop and some gloves had flown in space. We have an almost-light-as-air space shuttle tile that has been on an orbiter but never left Earth. We also received a number of models of 1960s-era satellites including a Nimbus weather satellite and an Orbiting Geophysical Observatory that had probably served as traveling educational exhibits. Each wooden case contained assembly instructions and torn, yellowed photographs of the models in their demonstration roles. That familiar museum storage basement smell wafted from the cases when we opened them. It made us wonder if it had been several decades since the cases were last opened and who had been the last person to touch them prior to us.

In designing syllabi or in your teaching methodology, do you do anything to encourage your students to share your passion for space exploration?

LEAHY: I teach mostly creative writing classes and do talk with students about my writing projects. Encouraging creative writing students, though, focuses more on process and craft. When I see an opening, of course, I sneak in science and space exploration. Not too long ago, a student used black hole as a metaphor, and I encouraged some extra research to think about what that might really mean and how the language used to talk about black holes applied or didnt. Thinking about space and the universe adds some perspective to a writers life.

DECHOW: Ive taught a number of short, one- or two-hour courses based on the items in the Boisjoly collection. I get a chill each time I work with those materials. Its really something to hold an O-ring in your hand, to know tangibly how small the diameter is, and to realize that that part doomed Challenger. The engineering materials in the collection make clear that the problems and risks associated with the space shuttle program in the mid-1980s were well understood. So its my job to use those materials to show that the Challenger accident was a failure of human decision-making.

Would you go to Mars if you had the opportunity?

DECHOW AND LEAHY: We dont have the opportunity. Were too old. So, its easy to say yes without thinking about the consequences such a decision would have. We do want humans to go to Mars, but thats for Generation Mars to accomplish. Think about what it would mean for people to be born into a world in which living on another celestial body was the reality.

M. G. Lord is the author of Forever Barbie: The Unauthorized Biography of a Real Doll, Astro Turf: The Private Life of Rocket Science, andThe Accidental Feminist: How Elizabeth Taylor Raised Our Consciousness and We Were Too Distracted by Her Beauty to Notice. She teaches nonfiction writing at USC.

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Born Into That Excitement: A Conversation with Anna Leahy and Douglas R. Dechow About Generation Space: A Love ... - lareviewofbooks

Neutron stars could be our GPS for deep space travel – Phys.Org

June 30, 2017 by Wynn Ho, The Conversation Credit: NASA

NASA's Neutron Star Interior Composition Explorer, or NICER, is an X-ray telescope launched on a SpaceX Falcon 9 rocket in early June 2017. Installed on the International Space Station, by mid-July it will commence its scientific work to study the exotic astrophysical objects known as neutron stars and examine whether they could be used as deep-space navigation beacons for future generations of spacecraft.

What are neutron stars? When stars at least eight times more massive than the Sun exhaust all the fuel in their core through thermonuclear fusion reactions, the pressure of gravity causes them to collapse. The supernova explosion that results ejects most of the star's material into the far reaches of space. What remains forms either a neutron star or a black hole.

I study neutron stars because of their rich range of astrophysical phenomena and the many areas of physics to which they are connected. What makes neutron stars extremely interesting is that each star is about 1.5 times the mass of the Sun, but only about 25km in diameter the size of a single city. When you cram that much mass into such a small volume, the matter is more densely packed than that of an atomic nucleus. So, for example, while the nucleus of a helium atom has just two neutrons and two protons, a neutron star is essentially a single nucleus made up of 1057 neutrons and 1056 protons.

Exotic physics impossible on Earth

We can use neutron stars to probe properties of nuclear physics that cannot be investigated in laboratories on Earth. For example, some current theories predict that exotic particles of matter, such as hyperons and deconfined quarks, can appear at the high densities that are present in neutron stars. Theories also indicate that at temperatures of a billion degrees Celsius, protons in the neutron star become superconducting and neutrons, without charge, become superfluid.

The magnetic field of neutron stars is extreme as well, possibly the strongest in the universe, and billions of times stronger than anything created in laboratories. While the gravity at the surface of a neutron star may not be as strong as that near a black hole, neutron stars still create major distortions in spacetime and can be sources of gravitational waves, which were inferred from research into neutron stars in the 1970s, and confirmed from black holes by the LIGO experiments recently.

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The main focus of NICER is to accurately measure the mass and radius of several neutron stars and, although the telescope will observe other types of astronomical objects, those of us studying neutron stars hope NICER will provide us with unique insights into these fascinating objects and their physics. NICER will measure how the brightness of a neutron star changes according to its energy, and how it changes as the star rotates, revealing different parts of the surface. These observations will be compared to theoretical models based on properties of the star such as mass and radius. Accurate determinations of mass and radius will provide a vital test of nuclear theory.

A GPS for deep space

Another aspect of neutron stars that could prove important for future space travel is their rotation and this will also be tested by NICER. Rotating neutron stars, known as pulsars, emit beams of radiation like a lighthouse and are seen to spin as fast as 716 times per second. This rotation rate in some neutron stars is more stable than the best atomic clocks we have on Earth. In fact, it is this characteristic of neutron stars that led to the discovery of the first planets outside our solar system in 1992 three Earth-sized planets revolving around a neutron star.

The NICER mission, using a part of the telescope called SEXTANT, will test whether the extraordinary regularity and stability of neutron star rotation could be used as a network of navigation beacons in deep space. Neutron stars could thus serve as natural satellites contributing to a Galactic (rather than Global) Positioning System and could be relied upon by future manned and unmanned spacecraft to navigate among the stars.

NICER will operate for 18 months, but it is hoped that NASA will continue to support its operation afterwards, especially if it can deliver on its ambitious scientific goals. I hope so too, because NICER combines and greatly improves upon the invaluable capabilities of previous X-ray spacecraft RXTE, Chandra, and XMM-Newton that are used to uncover neutron stars' mysteries and reveal properties of fundamental physics.

The first neutron star, a pulsar, was discovered in 1967 by Jocelyn Bell Burnell. It would be fitting to obtain a breakthrough on neutron stars in this 50th anniversary year.

Explore further: Image: Close-up view of neutron star mission's X-ray concentrator optics

This article was originally published on The Conversation. Read the original article.

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Neutron stars could be our GPS for deep space travel - Phys.Org

On Sunday, SpaceX is launching its third rocket in 10 days – Recode

Tomorrow evening, Elon Musks interplanetary space travel company, SpaceX, will launch a Falcon 9 rocket, its third in a 10-day span.

The rocket will be sending a communications satellite, the Intelsat 35e, from the Kennedy Space Center in Florida into a geostationary orbit, some 23,000 miles above Earth.

SpaceX will not attempt to land the Falcon 9s rocket booster for reuse after this launch, the company said in a statement. This may be because the payload is so heavy and its going into such a high orbit that the mission requires more fuel, which wont leave the rocket with enough to make it back to land.

Watch the launch live Sunday at 7:36 pm ET / 4:36 pm PT here:

Last Sunday, June 25, SpaceX sent a new Falcon 9 rocket into space to deliver a set of Iridium satellites.

That launch came just two days after SpaceX launched a rocket that Friday, which was the second time in the companys history it successfully landed a recycled rocket. The rocket booster returned to Earth to land on SpaceXs drone ship, named Of Course I Still Love You.

Reusing rockets is central to SpaceXs mission to lower the cost of space travel. Musk, after all, wants space travel to become cheap enough for humans to one day colonize Mars. But rockets are typically too damaged after launching to be used again, and building a rocket can cost hundreds of millions of dollars.

For perspective on the cost of space travel, take what happened in 2015 when a Falcon 9 disintegrated after takeoff. SpaceX lost around $260 million with that mission, according to a report from the Wall Street Journal.

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On Sunday, SpaceX is launching its third rocket in 10 days - Recode

Chicken Sandwich Takes One Giant Leap for Food-Kind – Space.com

A KFC chicken sandwich launched on a mision to the stratosphere aboard a World View Stratollite balloon at 9:11 a.m. EDT (1311 GMT) on June 29.

In what appears to be a historic first, a fast-food chicken sandwich was successfully carried to the edge of space today aboard a high-altitude balloon.

The Kentucky Fried Chicken Zinger sandwich journeyed skyward aboard a World View Enterprises Stratollite balloon vehicle at 9:11 a.m. EDT (1311 GMT) from Page, Arizona. While the live webcast cut out before liftoff, a representative for World View confirmed that the launch was successful, and KFC later released a video of the balloon taking off.

"Holy cow, that's some spicy, crispy chicken moving out at an average rate of 1,000 feet per minute [304 meters per minute]," the announcer in the KFC video said as the balloon lofted skyward. "The Zinger should arrive at target altitude in about 1 hour and 20 minutes, where the Zinger mission will officially begin."

The sandwich is scheduled to remain aloft for four days and maintain an altitude of about 50,000 to 80,000 feet (15,200 to 24,400 meters). During the flight, which is serving as an advertising campaign forKentucky Fried Chicken (KFC), the company will execute various activities to engage the public over social media, including a coupon drop, in which a coupon will literally be dropped from the balloon down to Earth.

"The team on the ground here is justifiably celebrating as they watch their months of hard work pay off," the video announcer said. "This is the greatest achievement in chicken sandwich space travel history. In all my years in this business I've certainly never seen anything like it. What a time to be alive."

The Zinger-1 mission will serve as a test flight for World View, which aims to make stratospheric balloons that can remain in flight for months at a time. The flight is scheduled to be the first "extended-duration development flight of [World View's] high-altitudeStratollitevehicle," according to a statement from the company.

World View's Stratollite high-altitude balloon begins its journey to carry a KFC chicken sandwich to the stratosphere.

World View's high-altitude balloons are designed to operate in a region of the atmosphere that is too high for most commercial airliners, but too low for satellites. The Stratollite vehicles are expected to be able to reach altitudes of up to 28.5 miles or about 150,000 feet (45.8 kilometers), which means they would remain below the Karman line; at 62 miles (100 km) above the Earth, this line is considered the boundary of "space."

The company has said it plans to use these balloons for scientific endeavors such as Earth imaging, weather monitoring and even astronomical observations. In addition, World View has announced plans to make balloons that can carry humans into the stratosphere as part of scientific missions or fornear-space tourism.

World View prepared to loft a Kentucky Fried Chicken Zinger sandwich into space the morning of June 29.

While neither KFC nor World View has said exactly how much KFC paid for the flight, World View representatives said that the advertising campaign covered most of the cost of the test flight.

The launch was originally scheduled for June 21, but was delayed due to weather.

Editor's Note: This article previously stated that the World View balloon launched from Tuscon, Arizona; it launched from Page, Arizona.

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Chicken Sandwich Takes One Giant Leap for Food-Kind - Space.com

Want to get rid of space trash? This gecko-inspired robot may do the trick – The Verge

Geckos, some of natures most skilled climbers, may hold the key to cleaning up the enormous amount of debris clogging up the space around Earth. Scientists at NASA and Stanford have developed a prototype robot that can grip objects in space, the same way a gecko sticks to walls. Such a robot could be a critical tool for grabbing and relocating space trash, helping to clean up Earth orbit and make it much safer for space travel.

The robot capitalizes on the same concept that geckos use to climb. The animals feet arent actually sticky; theyre covered in thousands of microscopic hairs that, together, act like a flexible adhesive. To imitate gecko feet, the robot has special pads outfitted with thousands of tiny silicone rubber hairs, which are 10 times smaller than the hairs on your head. This allows the robot to use the same forces to grab simply by placing its pads on an objects surface.

Gripping objects in space the same way a gecko sticks to walls

And just like a gecko, the grip can easily be turned on and off. The hairs on a geckos feet are tilted so that the lizard must place its foot at a certain angle in order to stick. It can then simply remove its foot by pulling in a different direction. The hairs on the robot also have a tilt, so the gripper can easily remove itself from an attached object by pulling away in a different direction.

This kind of sticking technique could be crucial for getting ahold of unruly space trash. Much of this junk includes out-of-commission satellites or rocket parts that have run out of fuel, all moving at thousands of miles per hour in orbit. These objects are often spinning or moving erratically, and their surfaces can be relatively smooth and hard to grasp. But the gecko gripper, described today in Science Robotics, doesnt need a handle to grab any surface will do. Its a new way to handle these non cooperative pieces of garbage, Aaron Parness, a robotics engineer at NASAs Jet Propulsion Laboratory who helped create the technology, tells The Verge.

Space debris threatens future space travel. Hundreds of thousands of pieces of abandoned space hardware zoom around the planet. That makes Earth orbit very crowded, and it clogs up valuable real estate. For instance, areas over major cities are prime places to put communications satellites. But if theres a piece of garbage in that position, its a very expensive piece of garbage there, says Parness.

Space trash is dangerous, too. Every now and then, the International Space Station has to change its position in orbit to avoid collisions with debris. But as the amount of junk grows, the probability of in-space collisions increases, and that leads to even more debris. That happened in 2009, when a Soviet-era satellite collided with one owned by the US company Iridium, creating thousands of pieces of debris. If enough of these collisions occur, eventually Earth orbit will be filled with so much junk that we wont be able to safely go into space anymore.

There are regulations in place to make sure that the stuff we put up must come down. Satellite operators have to dispose of out-of-service vehicles, either by burning these objects in Earths atmosphere or by putting them in a higher orbit called a graveyard orbit where they wont get in the way of functioning satellites. But these regulations werent in place when satellites were being launched throughout the 60s, 70s, and 80s, so theres a lot of old trash to watch out for.

If you want to grab something in space, almost nothing else works.

People have come up with innovative ways to take out the trash, such as burning hardware up with lasers. But grabbing this junk hasnt been an option. Space is a vacuum, so suction cups dont work; most trash isnt magnetic, so magnets wont help; and the extreme temperatures mean most glues wont work either, says Mark Cutkosky, an engineering professor at Stanford and one of the authors on the study, tells The Verge. If you want to grab something in space, almost nothing else works besides the gecko grip, says Cutkosky.

Geckos grips are unusual: the tiny hairs on their feet can get incredibly close to an objects surface nanoscale distances apart. And thats the key, says Cutkosky. You need to have really intimate proximity. This allows the atoms in the hairs to mingle with the atoms on a surface. The electrons of these atoms actually sync up in such a way that they cause an attraction between molecules. The force of each hair adds up, creating a strong overall attraction over the entire foot.

The feet or pads of the robotic gripper work the exact same way. The silicone rubber hairs are a fifth of the diameter of a human hair at 20 microns; theyre shorter than the width of a human hair, too, at just 60 microns tall. (A human hair is roughly 100 microns in diameter.) The robot is also designed to turn off its stickiness, just like the lizard. Motors inside pull the pads in the direction needed to get a grip. When the gripper approaches a surface, the motors make tendons inside the robot tighten, causing the hairy pads to move together in the right direction to stick. Then, when the robot needs to let go, the motors loosen the tendons, moving the pads in the opposite direction for an easy release.

The silicone rubber hairs are a fifth of the diameter of a human hair

This gripping technique has already been tested in space. Little strips of the hairs, called Gecko Grippers, were sent to the ISS in 2016 to see how well they worked in microgravity. But the team wanted to see how a robot, with the special motorized movement, fared in zero-g as well. So they took a gripping robot on a plane that simulates zero gravity nicknamed the Vomit Comet. The plane does parabolas in the sky to create short periods of weightlessness. Aboard the Vomit Comet, Parness used the robot to grip different types of shapes you might find in space, such as a sphere, a cube, and a cylinder.

Jiang et al., Sci. Robot. 2, eaan4545 (2017)

The motorized gripper worked just fine in zero-g sometimes even better than when gravity was in play. And when it came time to release the objects it had grabbed, the robot did so effortlessly. Nothing happens when he lets go, says Cutkosky. It doesnt jerk the object, and that was the key requirement. Its an absolutely smooth, effortless detachment.

Building on their success, the team is now hoping to test out the robots abilities in space. Earth orbit gets incredibly cold, and the researchers will need to build a new robot that can withstand such an unwelcoming environment. Plus, they need to prove that the adhesive technique can work just as well at much colder temperatures.

But if the robot does hold up, the team envisions two types of vehicles that could be used to clear up space debris in the future. One design is a large 2,000-pound satellite, equipped with a gripper that moves through space grabbing and relocating debris either to the graveyard orbit or so that it eventually burns up in the atmosphere. Such a vehicle wouldnt be able to clean up all the trash, but it could target either the most dangerous junk or the pieces lurking in valuable places in orbit. The other option is to create a tiny satellite, no more than a couple of pounds, that travels to one piece of debris and removes it from orbit. The vehicle wouldnt last for very long since it wouldnt have much fuel but the style is much cheaper to build and fly.

If the gecko didnt exist, humans would never have come up with this idea.

There even other applications beyond clearing up space debris. A gripping robot could be a valuable asset on board the ISS, and it could help on the outside of the ship for repairs and inspection. That could potentially cut down the number of dangerous and time-consuming spacewalks astronauts have to do.

No matter what the robot is used for, Parness says most of the design credit goes to the gecko. If the gecko didnt exist, humans would never have come up with this idea, says Parness. Its not an intuitive thing, we would never have invented it if it werent for the biological example.

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Want to get rid of space trash? This gecko-inspired robot may do the trick - The Verge

Space travel laws need to balance ‘competing interests’; Experts weigh in – Legal News Line

WASHINGTON (Legal Newsline) - How does one establish proper policy and regulation without stymying innovation in the space travel industry? Thats a question scientists, legal experts and lawmakers from around the world have been working to answer since the 1960s.

The Outer Space Treaty, the primary source of international space law, was ratified two years before the Apollo 11 astronauts walked on the moon. It requires that countries be responsible for national space activities involving both governmental and non-governmental entities and holds them liable for any and all damage that results from those activities.

Joanne Gabrynowicz, aninternationally recognized space law expert and editor-in-chief emerita of theJournal of Space Law,contends that the Outer Space Treaty includes an even more significant principle a strict prohibition on placing nuclear weapons or other weapons of mass destruction in space.

The Outer Space Treaty is one of the most important treaties of the 20th century, because for 50 years, we have had a successful ban on those weapons in space, she said.

Dr. Frans von der Dunk, a professor of space law at the University of Nebraska College of Law, explains that international space treaties, including the 1967 Outer Space Treaty, as well as the 1972 Convention on International Liability for Damage Caused by Space Objects and 1975 Convention on Registration of Objects Launched into Outer Space, were drafted during the Cold War era with governmental space activities in mind.

While he says the treaties are in many ways insufficiently precise or open to deviating interpretations, they form the legal foundation for commercial spaceflight. A number of countries have drafted their own national space laws to fulfill treaty obligations and exercise some control over private companies that get involved in space activities.

Henry Hertzfeld, a professor of space policy and international affairs at George Washington University, agrees that space treaties ratified in the 1960s and 1970s reflect both the era and international compromises.

So, are they perfect for commercial operations in space? he said. No, theyre not, but were able to do the commercial and private sector stuff anyway because they dont prohibit it and the United States in particular has encouraged it."

Von der Dunk contends that the United States has the most extended legal regime, with the Federal Aviation Administration licensing space launches, Federal Communications Commission satellite communications and National Oceanic and Atmospheric Administration remote sensing operations.

The FAAs Office of Commercial Space Transportation licenses commercial space transportation activities in accordance with theCommercial Space Launch Act. Enacted in 1984, this law permitted the private sector to get involved in space activities and develop commercial launch vehicles, orbital satellites, and operate private launch sites and services.

The Commercial Space Launch Amendments Act of 2004 built on this law and instituted several regulations, including a mandate that companies conducting commercial spaceflight operations ensure that participants are informed of the risks associated with those operations. Companies must obtain written consent from spaceflight participants that demonstrates acceptance of the risks.

The law also introduced a learning period to prevent the FAA from imposing stringent safety regulations that could potentially stifle the growing industry.

The most recent update to commercial spaceflight policy came in the Commercial Space Launch Competitiveness Act in 2015. In addition to extending companies learning period to 2023, the law permits companies and the government to continue sharing the risks of space launch until 2025.

Gabrynowicz contends that U.S. space law has developed in tandem with spaceflight technology. She says the newer laws the Commercial Space LaunchCompetitiveness Act, theNational Aeronautics and Space AdministrationTransition Authorization Act of 2017 and a pending bill known as the American Space Commerce Free EnterpriseAct of 2017 dont actually help regulate national space activities.

Overall, these laws and bills are more politics than law and contain little substance, she said. They have a lot of technical legal language, like sense of Congress provisions that do not create law.

In all, they are intended to appear like authentic law when, in reality, they embody a great deal of legal uncertainty.

Hertzfeld points out that the industry needs policies that address for-profit operations in space, particularly activities that will be managed or operated by the private sector. Until now, he says, most private sector activities have been narrow, but that could change as companies become more involved with satellites and in spaceflight.

How do you deal with property rights in space? he said. Ownership of these natural resources, mineral resources, up there? How do you deal with approaching satellites that are perhaps owned by someone else, particularly if its another nations satellite? How do you deal with debris that could cause accidents?

There are lots and lots of questions in how you do this internationally, because other nations are involved. These are the issues that are not clearly defined right now.

Von der Dunk adds that there are still many countries that have no, or only a limited, national space law program. As a result, he says, in the implementation of the Outer Space Treaty, a divergence has grown that has led to gaps, inconsistencies and overlaps in domestic oversight.

Ideally, at the international level it would be good to have some form of harmonization at least of the approaches, noting that of course every sovereign state may have some individual idiosyncratic elements to deal with, but that idea has never moved beyond the stage of academic discussion, von der Dunk said. Sovereign states are not willing to comply with any serious effort to make this happen.

Von der Dunk says that those in the space industry can implement good laws without stunting innovation by balancing two competing interests regulating ahead of the curve to protect safety, security and international peace and cooperation, and regulating as closely behind the curve as possible once a number of private manned flights have demonstrated specific risks and threats.

As far as I can see, the FAA in particular does a really great job in trying to balance those two sometimes contradictory interests, but it is after all charged by Congress to both regulate and stimulate, he said.

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Space travel laws need to balance 'competing interests'; Experts weigh in - Legal News Line

Tri-D Dynamics Aspires to Print Rocket Components for New Space Age – Xconomy

In tech circles, amid the chatter about terrestrial innovations such as artificial intelligence, machine learning, and genomics, theres excitement building around another important emerging sector: private space travel.

Teslas Elon Musk, Amazons Jeff Bezos, Virgins Richard Branson, and Microsoft co-founder Paul Allen all have private space ventures underway. NASA is once again ramping up its efforts, launching a rocket this morning that lit up the pre-dawn sky with colorful tracers. Although were nowhere near 1960s-space-race levels of enthusiasm in the U.S., its clear that our titans of digital industry, at least, see a lot of opportunity in expanding the reach of business beyond the Earth.

Tri-D Dynamics, a startup launched from the Purdue Foundry accelerator earlier this year, is preparing for the coming era of private space flight. The company wants to commercialize low-cost rocket engines that can be fabricated quickly through 3D printing and other additive manufacturing processes.

We want to be contract manufacturers for rocket engine components, says Alex Finch, Tri-Ds co-founder. Finch says the companys process is proprietary, but doesnt have the same constraints on component size or scalability that traditional 3D metal printing methods do. Our technology tries to move past those constraints, he adds.

Finch says his companys timing is perfect, as he sees the aerospace industry transitioning from being the provenance of government entities to being dominated by private companies, where the potential for profits is higher. We anticipate a big spike in demand, he says. There are a lot of rocket and satellite companies that are bringing value to commercial customers, and thats driving more demand.

If private space travel becomes more common, as its predicted to, Finch says an infrastructure will be required, and it will be rockets that ferry the necessary equipment to space. Youve got Branson with Virgin Galactic, Musk with SpaceX, and Bezos with Blue Origin, and then there are a dozen others in the U.S. alone, he points out. Globally, there are even more. We see the industry primed for exponential growth in 10 to 20 years.

In 2015, rocket manufacturing in the U.S. was a $2 billion industry, Finch says. Tri-D has done market research that shows demand for rocket engines will double by 2020.

According to Finch, Tri-D Dynamics was born out of research conducted at Purdue and University of California, San Diego, and has been five years in the making. The four-person company is based in Los Angeles, CA, but hopes to eventually locate its manufacturing operation in Indiana. Purdue is currently in the process of building a new aerospace manufacturing center, Finch says, which could provide a future pipeline of talent.

So far, Tri-D has relied on government grants to support itself as it develops its research from concept to commercialization, but Finch is also in the process of seeking venture backing. While many other companies are innovating in the broad category of 3D printing, Finch says none that hes aware of compete directly with Tri-Ds technology.

Some of the technology were using is already known, but we do have a patent pending, he says.

The startup also signed its first customer in the spring. Tri-D will take its customers engine design and create a full-scale prototype using its 3D printing technology by February. Finch says once the rocket engine printing process has been perfected, the company wants to explore other verticals, such as manufacturing jet engines or large-scale equipment for the oil and gas or nuclear industries.

Sarah Schmid Stevenson is the editor of Xconomy Detroit/Ann Arbor. You can reach her at 313-570-9823 or sschmid@xconomy.com.

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Tri-D Dynamics Aspires to Print Rocket Components for New Space Age - Xconomy

This French Artist Gets Her Inspiration From Space Travel – Observer

Cyrielle Gulacsy is an art director living in Paris, pretty far removed from the happenings of SpaceX, NASA, and the rocket launches that inspire her illustrations. She creates striking pieces with graphite or ink and has produced detailed illustrations of past space-faring machines. Gulacsys work was on exhibition last year throughout Paris making stops at the Ddessin Art Fair and at the Structure, Lamour. This year, Cyrielle Gulacsy completed her first solo showing at the Hotel Grand Amour in Paris and has now brought some of her collection to New York City, where it will be on display at the Cafe Henrie for a month. The Observer reached out to Gulacsy to learn about her art and interest in space exploration.

When did you first become interested in space?Ive always been drawn to space but it turned into a full-fledged passion when I read Stephen Hawkings A Brief History Of Time. A storm was unleashed within me, a curiosity that hasnt dulled since. Ive been drawing forever and when space became a major passion, it was evident the two would merge.

What about space inspires you?I read a lot on astrophysics and quantum mechanics. The concepts I encounter there are a great source of inspiration. Theres an obvious link between cosmos and the mind and thats a parallel I want to explore. And I like the idea of leading people to those questions through an unexpected channel.

Can you tell us a little about your spacecraft pieces?The satellites and the rocket are part of a body of work I started years ago about arts ability to communicate a vision. I dont choose objects randomly. First of all, its a subjective choice, because Im passionate about them, but this is not the only reason. These are very technical objects and their purpose is primarily functional and non aesthetic. It is through my perspective and my interest for these subjects, that I attempt to reveal their aesthetic aspect to others through my drawings. I show these objects from a different viewpoint and I strive to make them sculptural. To me, its a way to make science accessible through sublimation.

What is your favorite thing about space exploration right now?Tough question! I cant wait for the next James Webb telescope to start operating and I keep myself informed of all current research attempt to solve interstellar travel issues (emdrive, warp drive, solar sails, etc) and the conquest of Mars, of course!

Whats your dream job?I think Im just about to reach my dream job, Im currently working on my drawings and going to collaborate on a science fiction series with 3D animation called Black Holes. Check it out, its really awesome. The real dream would be to collaborate with NASA or Space X to create something between art and space. Or just being a little closer to them, I dont know how for the moment, but I just want to be at the place where the future is built.

You witnessed your first rocket launch by SpaceX this weekend in California, any quick thoughts?

It was stunning because it was the first time but a little frustrating. I wasnt close enough to see well. But it gave me motivation to make a real plan to see a launching in front row. It left me a strange sensation like a new goal that was gonna inspire me and motivate me.

Do you have any space pieces planned for the near future?

Space is always part of my work one way or another. At the moment Im preparing a series on plane engines and mechanical rocket parts for my next series.

Robin Seemangal has been reporting from the newsroom at NASAs Kennedy Space Center for the last two years for the Observer with by-lines also in Popular Science and Wired Magazine. He does in-depth coverage of SpaceX launches as well as Elon Musks mission to send humans to Mars. Robin has appeared on BBC, Russia Today, NPRs Are We There Yet Podcast, and radio stations around the world to discuss space exploration.

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This French Artist Gets Her Inspiration From Space Travel - Observer

How Former Astronaut Leroy Chiao Turned His Dream of Space into a Reality – Space.com

Former astronaut Leroy Chiao's astronaut class took a photo in front of a T-38 jet after their selection in 1990.

Leroy Chiao is the CEO and co-founder of OneOrbit LLC, a motivational, training and education company. He served as a NASA astronaut from 1990-2005 and flew four missions into space aboard three space shuttles and once as the co-pilot of a Russian Soyuz spacecraft to the International Space Station. On that flight, he served as the commander of Expedition 10, a 6.5-month mission. Chiao has performed six spacewalks, in both U.S. and Russian spacesuits, and has logged 229 days in space. You can read more of Chiao's Expert Voices Op-Eds and film reviews on his Space.com landing page. Chiao contributed this article to Space.com's Expert Voices: Op-Ed & Insights.

Recently, NASA announced its newest class of astronauts: Twelve were chosen from a record-setting pool of over 18,000 applicants to form Group 22. As you would imagine, these 12 are quite accomplished and talented individuals, who are walking on air. It brought me back to my own selection as part of Group 13 back in 1990. What an exciting time!

I had wanted to be an astronaut from a young age. Growing up in the 1960s, I can't remember a time when I wasn't fascinated by airplanes and rockets. I followed the early missions when I was old enough to understand space exploration, but it was the Apollo 11 moon landing that captured my imagination and started my dream of becoming an astronaut myself. I remember looking at the moon as an 8-year-old and marveling that there were two astronauts in a lander on the surface, getting ready to go out and actually walk. That settled it for me: I knew I was going to at least try to become an astronaut. I wanted to be like those guys. [Astronauts Record Awesome Welcome Video for NASA's 2017 Recruits]

Studying engineering was natural for me; I was always interested in technology and building things. As a university sophomore, I signed up for the Air Force Reserve Officer Training Corps (AFROTC) intending to become a fighter pilot and, hopefully, an astronaut. Just a few months in, however, I discovered that my left eye had slipped a bit from 20/20. My military pilot plans were dashed. I had not yet reached the point of becoming a contract cadet, so I was able to leave AFROTC, but it was disappointing, to say the least. I did go on to be a pilot, and have been flying airplanes now for almost 33 years.

Just a year later, the Space Shuttle Columbia made its maiden flight. I watched the television intently as Columbia executed a perfect landing in the Mojave Desert. The space shuttle program re-opened the gates for me, since NASA had begun to select more civilian scientists and engineers as astronauts. I was back in the game!

After earning my university degrees and working for a few years, I wrote to NASA to request an application package. Seven months later, after I applied, I received a call inviting me to Houston to interview. That itself was thrilling; it meant that I was one of the 100 or so who would be interviewed, chosen from several thousand applicants. Several months afterward, I received that life-changing phone call, and reported for duty just six months later.

Most NASA astronaut class photos have been shot in the studio. These new astronaut candidates had their photo taken in front of a NASA T-38 jet, just as we did 27 years earlier. That's what first caught my eye when they were announced. Over the next two years, these 12 new astronaut candidates (ASCANS) will train together as a class. Yes, they really are called ASCANS, just like it's spelled, with a bit more than a hint of derision. That is how it's always been.

The 2017 NASA Astronaut Class: (from left) Zena Cardman, Jasmin Moghbeli, Jonny Kim, Frank Rubio, Matthew Dominick, Warren Hoburg, Robb Kulin, Kayla Barron, Bob Hines, Raji Chari, Loral O'Hara and Jessica Watkins.

As with any new group of highly skilled and motivated individuals from different backgrounds, strong friendships and rivalries will form among the new astronaut class. They will be expected to do things as pledges in this fraternity that they perhaps didn't anticipate. They will perform skits for the astronaut office holiday parties, plan the astronaut reunions and do more menial and grunt work than they might have imagined. It's all part of the process and experience, the rite of passage. [What It's Like to Become a NASA Astronaut: 10 Surprising Facts]

The ASCANS will learn about the International Space Station and its systems, participate in simulator sessions and train on robotics and spacewalks, called extravehicular activity (EVA). They will learn the Russian language, and work out in the astronaut gym. They will travel as a class to the NASA field centers and be trained in aircraft egress, as well as land and sea survival. They will fly T-38 jets civilians are trained to be co-pilots and go out on public affairs trips to talk to the public about NASA and space exploration.

After their initial training, the ASCANS will shed this somewhat ignoble title, graduate and receive their silver astronaut pins. It will be a great day for them. They will wear this pin exactly once, as they move one step closer to realizing the dream of wearing one made of gold.

Follow all of the Expert Voices issues and debates and become part of the discussion on Facebook, Twitter and Google+. The views expressed are those of the author and do not necessarily reflect the views of the publisher. Follow us @Spacedotcom, Facebook and Google+. Original article on Space.com.

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How Former Astronaut Leroy Chiao Turned His Dream of Space into a Reality - Space.com