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outer space

Instagram in space!

Far out. Like, literally.

Internet service can sometimes be spotty here on Earth. Just imagine checking email from the moon or searching Google from Mars.

A Houston satellite and artificial intelligence company wants to make that possible through an “interplanetary internet” that someday could connect Earth to mining companies on the moon and human colonies on Mars and other planets. It ultimately would require a network of satellites stretching for hundreds of millions of miles and technology compensating for the movement of planets to prevent the interruption of data streaming at the speed of light.

But you’ve got to start somewhere.

“I fundamentally believe that we will be an interplanetary species,” Ben Lamm, chief executive of the parent company of Hypergiant Galactic Systems, the Houston firm aiming to build out the worlds-wide-web. “We need to start building the core infrastructure for the interplanetary internet now.”

Hypergiant Galactic, a subsidiary of Hypergiant Industries of Austin, is launching its effort as NASA talks about returning to the moon and sending humans to Mars. Hypergiant Galactic expects to begin building the outer-space internet next year by launching a series of small satellites that would be positioned at different points in space to create a network to relay signals from Earth until reaching the end destination, such as the moon, another planet or a space ship. (Kirk to Enterprise?)

Phase one, which includes connecting Earth to the moon and Mars over the next decade, would cost tens of millions of dollars, according to Hypergiant. Once the project moves beyond Mars, costs vault into the hundreds of millions.

The satellites also would store a 30-million page archive of human knowledge that will act as a scaled-down version of the internet so, for example, colonists on Mars could access it quickly, without having to wait long periods for pages to load as signals move from Mars to Earth and back. The archive would be updated frequently, and ultimately built out into a more robust subset of the internet.

The archive also aims to preserve and protect the legacy of the human race by placing it in off-world storage should cataclysm strike the planet. The archive, assembled by the nonprofit Arch Mission Foundation and stored on long-lasting metal disks as a backup to the version that can be updated from Earth, includes everything from Wikipedia to the Harry Potter series to the world’s many languages and mathematical equations.

I don’t really have anything to add to this. It caught my eye and I thought it was cool. Plus, it gave me a reason to embed this video:

Give the aliens all our best, Janet.

Who wants to go to Mars?

I imagine that sounds like a pretty good option to a lot of people right about now.

Wealthy business leaders like Jeff Bezos and Elon Musk are creating buzz around and making progress toward the exploration of deep space, experts said Wednesday during SpaceCom in downtown Houston.

“I think we’re entering an era of philanthropic private funding of grand visions in space that start with our own solar system and eventually lead to humanity going to the stars,” said Pete Worden, chairman of the Breakthrough Prize Foundation and former director of NASA Ames Research Center.

Worden and other panelists discussed going to Mars and beyond during their presentations at the George R. Brown Convention Center. Such exploration, Worden said, will require public-private partnerships between international businesses and governments.

His enthusiasm lies with exploring the nearest star system, Alpha Centauri. To do this, Worden discussed the Breakthrough Starshot project. This involves small, ultra-light nanocraft – miniature space probes attached to lightweight sails – that will be pushed up to 100 million mph by a ground-based light beamer, according to the project’s website.

“I’m hoping sometime here later this century, maybe in 2076, hopefully sooner, we will fly by the nearest star,” Worden said.

Other panelists focused on human space flight to Mars. NASA wants to get people to Mars in the 2030s.

“Why send humans to Mars? It is the closest habitable planet,” said Brian Duffy, vice president and program manager at Orbital ATK. “And if the human race is ever going to be anywhere else in the universe, then Mars makes the most sense.”

2076 is a little out of my reach, and I’d be too old in the 2030s for it to be practical. But even if I’ll never get to do it I support space travel, and often I think it will be necessary for the future viability of the civilization we have now. I just hope we can get the engineering problems solved in time. If you’re sorry you missed out on SpaceCom, don’t worry – it will be back next year, in December.

Ticket to Mars

To boldly go where no one has gone before, and not come back.

How would you like to take a trip to Mars? That’s right, only to Mars. There would be no coming back.

[…]

The idea was floated by two scientists, Paul Davies of Arizona State University and Dirk Schulze-Makuch of the University of Washington, in an article in the Journal of Cosmology. One of the journal’s editors, Ron Becker, said that as the hundreds of e-mails flowed in from prospective Mars explorers, the initial reaction of both researchers and journal staff was to dismiss them as not serious. But that changed as it became apparent that many of the correspondents were quite sincere.“Our initial goal was to find a way to develop a human mission to Mars that could actually take place, that wouldn’t cost so much that it would be impossible to pull off,” Davies said. “And the one-way trip, as we costed it out, would be about one-quarter the price of a there-and-back mission.”

“But the response told us the spirit of exploration remains alive around the globe and that some people understand that the science involved would be extraordinary,” he said. “Just like with earlier explorers, they are prepared to set out knowing they won’t come back, but willing to do it because their time on Mars would be so remarkable.”

The idea, which is clearly not what NASA managers have in mind for Mars exploration, has now led to the release of “A One Way Mission to Mars: Colonizing the Red Planet,” a compilation of articles from the Journal of Cosmology, plus some additions from scientists with the Mars Society and others.

Among the articles in the book are “The Search for Life on Mars,” “Medical Care for a Martian Transit Mission and Extended Stay on the Martian Surface” and “Sex on Mars: Pregnancy, Fetal Development and Sex in Outer Space.” The authors include dozens of NASA researchers, some former astronauts and some scientists and advocates who have pushed for decades (with no success) for a human mission to Mars.

I’ll bet that makes for some interesting reading. My personal preference would be for all of the people who don’t want to share the planet with anyone who isn’t like them to be the first ones to go, but I suppose it’ll be the space geeks and dreamers instead. Perhaps they can be next. Would you take a one-way trip to Mars if you could?

Tourists…In…SPAAAAAAAAACE!

Now how much would you pay for a trip to the exosphere?

In the half-century since humans first touched the stars, just seven people have paid their way into space, each forking over tens of millions to orbit around the Earth for about two weeks.

But by late next year, more paying customers will make a brief venture into space, and at a much cheaper cost, if plans by two companies flourish. Costing from $100,000 to $200,000, the flights will give customers a few minutes of weightlessness and a grand view of the Earth 62 miles above the ground.

This goal is among the latest efforts in the world of space tourism. Conceived decades ago, the idea to provide spaceflight to the paying customer is starting to become a reality. The tangibility was made clear earlier this month when Virgin’s VSS Enterprise completed its first manned glide flight from 42,000 feet to a Mojave, Calif., spaceport.

“Now, the sky is no longer the limit,” said Richard Branson, founder of the Virgin Group, one of two companies that plan to begin flying commercial suborbital missions for late next year. “We will begin the process of pushing beyond to the final frontier of space itself.”

[…]

In addition to getting into orbit, the other challenge is the destination. For now, NASA’s International Space Station could be an option, but while it is quite large, it’s a national laboratory and not generally a space hotel.

Enter Bigelow Aerospace, a company founded by hotelier Robert Bigelow. The Las Vegas company has already flown two prototypes for an inflatable module and has broken ground on an 180,000-square-foot factory to build space habitats.

You can already imagine the ad campaigns about “what happens at the inflatable space module”, can’t you? Me personally, I think I’ll wait till dilithium crystals become commercially available, then I’ll seek out a suitable wormhole and head off for a visit to the Gamma Quadrant. How about you?