SmartPlanet: Bio-Pods in Ocean + Unstoppable Renewable Grid

05 Energy, SmartPlanet

smartplanet logoBloom: Photosynthetic pods for mid-ocean living

Phytoplankton are microscopic organisms that float around the water surface, harnessing sunlight to make energy for themselves. Like plants, they use chlorophyll to produce oxygen while absorbing carbon dioxide.

Click on Image to Enlarge
Click on Image to Enlarge

So, with impending sea level rises, French architecture firm Sitbon Architectes designed a livable, phytoplankton farm to be installed in the Indian Ocean.

Called the Bloom, the concept behind this large-scale project is “to practice the culture of the phytoplankton to absorb CO2 excesses.”

This 5-level, semi-submersible center will be moored to the seafloor with a system of cables. The part that’s underwater offers housing for resident scientists and aquariums for phytoplankton.

  • The structure will be made of aluminum and methacrylate (common in polymer plastics). The total floor area is 2,070 square meters.
  • The pod can also monitor water quality and inject phytoplankton into rivers, lakes, and ports to help regulate oxygen levels, accordingly.
  • Additionally, since it’s situated in the ocean, the Bloom will be able to alert coastal zones of tsunamis.

Their vision: “every factory would have its own bloom allowing it to absorb the CO2 that it created.”

The project was a finalist in Architizer’s 2013 A+ Awards.

Check out the Sitbon Architectes gallery for more photos and drawings. (Some labels say “diatom,” which is fitting because the Bloom looks glassy, but if you ask me, it looks more like a coccolithophore.)

See Also:

The ‘unstoppable’ renewable grid

SmartPlanet: China to boast world’s most advanced internet

Advanced Cyber/IO, SmartPlanet

smartplanet logoChina to boast world’s most advanced internet

An analysis, conducted earlier this year, showed that Hong Kong boasted the world’s fastest internet speeds. But right outside its borders, an economic beast is building a newer version so powerful and efficient, that it’s expected to surpass anything currently being used in the west.

With a population so vast, the Chinese government foresaw that it would need a network infrastructure that can accommodate its one billion plus population. The solution they devised, called China Next Generation Internet, is an ambitious 5-year project designed to address two of the biggest flaws with the world wide web: malicious traffic and space limitations.

A study recently published in the Philosophical Transactions of the Royal Society reveals how these various advancements, currently under development, would work.

Unlike the networks being used, China’s NGI will feature an integrated security system, known as Source Address Validation Architecture (SAVA), that authenticates all users that attempts to plug into the network. This is achieved by setting up checkpoints throughout the data pipeline and using the information collected to build a database (basically a white-list) of trusted computers based on their IP addresses. Any computer that doesn’t check out against the database will have their data packets blocked. In time, the network could build up a strong immunity to viruses and other malicious gunk.

YouTube: What is IPv6? Explained in 60 seconds

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SmartPlanet: Free Online Courses Discovering Global Talent

Education, SmartPlanet

smartplanet logoMassive open online courses discover global talent

We’re starting to learn more about how massive open online courses — free online classes from some of the world’s top universities — are being used. The four major organizations Coursera, edX, Udacity and Udemy already have millions of users. But while the appeal of gaining knowledge from Harvard or MIT, among many others, is strong about 90 percent of participants never finish or even start their classes. Still, there are real benefits to offering free higher education to anyone in the world.

free online

Namely, they’re helping universities discover talented young people around the world whose talents might otherwise be overlooked by major institutions. The Financial Times reports on one teenage boy from India who was accepted to MIT after his skills caught the eye of the professor who then wrote him a letter of recommendation to attend the university, a win-win for both student and school.

While it seems natural that these college courses attract mostly college-age students and adults who want to continue their education, the number of teenagers who are taking advantage of the services is growing.

And despite the fact that these courses were developed by universities in the United States, they’re attracting a global audience. EdX, a nonprofit founded by Harvard and MIT, gets most of its students from the U.S. than any other country, but two-thirds of students are international and the second highest population of students come from India.

Online courses open doors for teenagers [Financial Times]

SmartPlanet: Japan discovers massive rare earth deposit

SmartPlanet

smartplanet logoJapan discovers massive rare earth deposit

For the second time this month, Japan has made an important natural resource discovery.

Japanese researchers say they have found a massive rare earth deposit on the floor of the Pacific Ocean. The deposit, according to AFP, is 20 to 30 times more concentrated than Chinese mines, the world’s largest rare earth supplier.

Why is this important? For one, these precious metals are used in high-tech manufacturing. The computer or phone you’re reading this from is brought to you by rare earth metals. The other major reason is that this find could break up China’s rare earth monopoly. It controls about 90 percent of the global supply and has been somewhat of a rare earth bully, banning exports as it pleases. (Though those restrictions have led to industry innovations.)

The big question will be if Japan can find a cost-effective way of extracting the minerals that are nearly 20,000 feet below the surface of the ocean. If it figures out that puzzle, there are an estimated 6.8 million tonnes of rare earth materials waiting on the seabed — that’s equal to 230 years of rare earth use in Japan.

SmartPlanet: America’s infrastructure grade: D+

03 Economy, SmartPlanet

smartplanet logoAmerica’s infrastructure grade: D+

The country received a D+ in the American Society of Civil Engineers’ (ASCE) report card for American infrastructure. That’s somewhere between “mediocre” and “poor,” according to their rating.

Optimists, take comfort: this is actually an improvement; last time the report was published, in 2009, the country received a D.

The ASCE reckons America would need $3.6 trillion worth of investment to bring infrastructure up to speed by 2020, significantly more than the $2 trillion currently dedicated.

Compared to measures spanning water and environment, transportation, public facilities, and energy, inland waterways and levees came in last, both with a D- grade. The backbone of the country’s freight network, these waterway systems have not been updated since the 1950s, and projected investment is stagnant. While levees were said to have prevented more than $141 billion in flood damages in 2011, many of the country’s levees are aging, unreliable, and would cost around $100 billion to repair.

On the brighter side, our railways and bridges earned a C+, the highest marks given out. While the overall number of structurally deficient bridges in the country continues to fall, the average age of the country’s 607,380 bridges is 42 years, and the Federal Highway Administration estimates $20.5 billion would need to be invested annually to eliminate the backlog by 2028 — compared to the $12.8 billion current annual spending.

As rail gains popularity as a viable – and energy-efficient – transport option for both freight and passengers, Amtrak has nearly doubled its ridership since 2000, with a ridership of 31.2 million passengers in 2012. Since 2009, capital investment in railroads has exceeded $75 billion – with investment actually increased during the recession.

Left untended, infrastructure lapses can significantly slow down the economy. Perhaps these grades will help spur investment in the areas that need it most.

SmartPlanet: Goodbye ‘information economy’; hello ‘hacker economy’

SmartPlanet

smartplanet logoGoodbye ‘information economy’; hello ‘hacker economy’

By Joe McKendrick | February 3, 2013, 9:09 AM PST

By now, the term “information economy” has been beaten to death. Now, we may be moving into a new realm one observer calls the “hacker economy.”

That’s the word from Greg Satell, who suggests that we’re evolving beyond the information economy, into something more participative, driven by individuals from the ground up.  One of the most often-stated paradigm shifts associated with the information economy was that data is what holds value, and that society’s wealth — and everyone’s work — would be created by moving, storing and trading in this abstract commodity. Manufacturing was someone else’s problem.  Perhaps people are rethinking the importance of physical goods production as an integrated part of the economic equation. Satell calls this the “hacker economy.” Maybe not the best term, but here’s how he describes it:

In the hacker economy, “brands become platforms rather than products.  An iPhone is valuable not so much for the hardware, but for the apps created by third parties and, increasingly, those third parties are small entities or individuals. The irony here is that the hacker economy is, in a very real sense, fostering a return to the craft economy. … there is a large movement of people using open source technology to create their own products, although many are doing it for fun and enrichment rather than necessity.”

New York Times columnist Tom Friedman coined the term “DIY economy” a couple years back, suggesting that its participants (us) create value by assembling and delivering products and services via online services and networks. Satell adds an additional wrinkle with the emerging maker trend, made possible by 3D printing.

In the process, he suggests, the creation of physical goods — taken out of the equation in the information economy — is back in play. “It is mass production, combined with knowledge and information, which has created such enormous wealth that we can choose our own possibilities.”  “DIY” or “hacker” economy” may not be the best terms to describe what is coming: the tantalizing possibility that individuals may have greater and more rewarding roles to play than in past economic shifts — without writing off an entire sector of the workforce.

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