Flying a kite to produce power may conjure up images of Ben Franklin, who sought to prove lightning was electric. Makani Power releases turbine blades into the air, seeking to harness wind energy at higher altitudes. → Read More
The hottest and coolest thermostat on the market this year was clearly the Nest. This intelligent hunk of steel looks great on a wall and, more important, helps save energy in the home. The Nest learns as you use it, ensuring your home is comfortable year-round.
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Spiderman might soon lose his dominance in harnessing spider silk superpowers. Scientists from the University of Wyoming, the University of Notre Dame and Zhejiang University in China have genetically modified silkworms to spin stronger silk using spider genes.The new material could be used for everything from bulletproof vests to replacing tough plastics. → Read More
In an unusual hybrid, British industrial designer Phil Pauley created Marine Solar Cells that harness energy from both the sun and water.
The web of energy generators capture energy off-shore, using a combination of floating photovoltaics and natural buoyancy displacement. Thanks to the reflective nature of water, the solar component’s efficiency is up to 20% greater than it would be land-locked. → Read More
Car sharing network operator Zipcar this morning announced the exercise of its option to purchase a majority ownership interest in Barcelona-based Catalunya Carsharing, better known as Avancar, after investing in the company almost exactly two years ago.
In fact, the option had been extended for an extra year after Zipcar decided last year it wouldn’t yet exercise it, opting instead to give Avancar a loan that could be converted into equity. → Read More
Aaron Patzer, the founder of Mint, has a new project that he is spending half his time on (he continues to spend the other half as VP of Product Innovation at Intuit, which acquired Mint two years ago for $170 million). His new project is called Swift, and it is his vehicle (if you will) to exlore the feasibility of building a personal maglev vehicle transit system.
“The goal is to see if I can develop a new transportation system to displace cars in most urban and suburban settings,” he told me recently, “with the goal being 5x the speed, and bringing the cost of maglev from today’s costs of $50m / mile down to $4-5m / mile, which would be the same as adding one lane of asphalt/concrete road. Not sure if it will pan out, as I’m deep in the science and simulation phase.” → Read More
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