Long Term Super-projects

This is a more likely outcome than humanity working together in peace and harmony to create an energy-plentiful future. From "The Tick."
If I’ve learned anything from the space race of the 1960’s, it’s that humans can think big when they’re scared enough. Now that the U.S. and the old U.S.S.R. aren’t on the verge of mutual annihilation, we’ve lost our fearful momentum.
I suppose that climate change is the next big thing, even though many among us are still pretty meh about it. Assuming we can muster the will, solving that crisis will require big ideas. Fortunately, there are a few people willing to think big:
Japanese construction firm Shimizu Corporation has developed a series of bold architectural plans for the world of tomorrow. Here is a preview of seven mega-projects that have the potential to reshape life on (and off) Earth in the coming decades. (Pink Tentacle)
If you’re wistful for the golden age of big sci-fi ideas, give the article a read. It takes me back to the days in my grandfather’s basement, sitting next to a bumper pool table, reading musty science magazines with fantastic images.
Two ideas from the article can also be found in my favorite book of last year, The Next Hundred Years. Naturally, there are differences, and whether they actually happen is still very much an open question. But it’s a cool question.
I’m interested in wondering about the geopolitical complications could arise. Bless those engineers. They wonder about problem solving absent the messy reality of arrogant, war-mongering humans. It’s so adorable.
Solar Energy
In response to the ever-growing demand for energy, Shimizu has developed plans for the Luna Ring, a project that seeks to transform the Moon into a massive solar power plant.
Electricity collected by the Luna Ring’s enormous “solar belt” is relayed to power conversion facilities located on the near side of the Moon. There, the electricity is converted into powerful microwaves and lasers, which are beamed at Earth. Terrestrial power stations receive the energy beams and convert them back to electricity. (Pink Tentacle)

The Luna Ring aims to use the natural resources found on the moon to construct a massive band of solar-collectors on the moon. Click the image to read Shimizu's page describing the project.
We could eliminate our dependence upon fossil fuels and drastically reduce the nasty gasses we’re shooting into the atmosphere. But it’s truly massive. Something this visible will not happen absent a major political shift. Who’s going to pay for it? Who will own it? How will electricity be doled out? It goes all the way around the moon.
In that book I read last year, Friedman argues that the U.S. will eventually build orbital solar collectors and beam energy where it’s needed. Others disagree. Friedman’s technology-picture is close to what’s described by Shimizu, if only in its essentials. However, their super-project requires far greater political will than we will possess for some time.
My prediction: Not likely.
Moon Bases
Shimizu’s proposed bases feature a modular design of interlocking hexagonal units that can be arranged both horizontally and vertically. The modules are built using concrete made from lunar soil and rock. Tele-operated robots and automated assembly systems are used to construct the bases. (Pink Tentacle)

As standardized as Legos, Shimizu imagines lunar bases that (again, using materials found on the moon) allow for construction of expandable spaces. Click the image to read Shimizu's page describing the project.
There’s still a question about what the heck you do once you’re on the moon. Japan intends to have a moon-bases (built by robots) by 2020. Regardless,there’s little doubt that technological developments as a result of this will trickle back to Earth. It’ll provide us with technologies we can scarcely imagine.
What’s great about this project, though, is that we already have the technology to pull it off. We’ve landed men on the moon and we’ve sent robots to Mars. The proof of concept (with lesser technologies, no less) is already out there.
From a geopolitical perspective, it’s far more viable, too. It requires far less real estate and can allow for individual nations to embark on their own programs or work in groups. In Friedman’s analysis, this tech – along with orbital weapons platforms – would eventually end up used in a nasty war. Let’s hope he’s wrong even though human nature says otherwise.
My prediction: Very likely.
We can dream, can’t we?
One day, the one-world government will dress us up in shiny silver unitards. The chips they put in our brain to control our thoughts will tell is it looks stylish. Everyone will have their own government-provided robot dogs prepared to turn us in for thought-crimes. I never trusted Rex…
Maybe then, Shimizu’s ideas could be viable. Be sure to read the Pink Tentacle piece for more about their other proposed projects because they’re all pretty cool.
Humans continue to surprise me, so I can’t move any of this stuff off the table. But that may have more to do with my naivete than anything else.
Hat tip to BoingBoing for the initial pointer. Thanks to Pink Tentacle for the article itself. And thanks to Shimizu for giving us sci-fi geeks a reason to dream again.







