Here First - Science and Technology Blog

These 19 contiguous areas show roughly what would be a reasonably responsibility for various areas around the world. They would be further divided many times. A new discovery in solar power may change the world as we know it. A new very-small solar-powered sensor can fit on the face of a penny and barely cover up the date.

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It appears like  fusion power is just the next big thing that never happens. Although we're not quite on that point yet, 3 fresh reports altogether suggest we are at least getting a little closer. A great project between MIT and Columbia University suggested the hypothesis of a new path towards nuclear fusion reaction. By exploitation highly large and muscular donut shaped magnets, the men of science have produced an environment were plasma gets more densely concentrated — through a phenomenon known as turbulent pinching. To make this arrangement, a half-ton torus magnet is suspended inside a magnetic field, and then the plasma forms around it. This represents  the Levitating Dipole Experiment, and unfolds a potential third way of generating atomic power, apart from the current tokamaks and inertial nuclear fusion methods. Discoveries have as well been produced in the area of inertial fusion, and investigators at the National Ignition Facility in Livermore, California have...

MIT scientists aims to a much more effective method of gleaning electric power from what would otherwise be wasted heat energy. In everything from computing device C.P.U. chips to auto locomotives to electrical powerplants, the necessitate to eliminate extra heat produces a great source of inefficiency. But fresh inquiry points the way to a engineering that could make it conceivable to harvest a good deal of that wasted heat and turn it into operational electricity. Hagelstein, an associate professor of EE at MIT, alleges that with present systems it is achievable to efficiently convert heat into electrical energy, just with very little power. It is as well conceivable to acquire good deal of electrical power — what is called high-throughput power — from a lower effective, and so larger and less affordable system. “It’s a tradeoff. You either get high efficiency or high throughput,” says Hagelstein. Merely the team ascertained that employing their new system, it would be achievabl...

Joule Biotechnologies Inc.’s secret ingredient - a designed organism - looks like green Jell-O before it’s refrigerated. The unknown organism consumes sunlight and carbon dioxide, then sweats ethanol. The 2-year-old compan said that one day soonin the near future its SolarFuel could be used to power cars all around the world. It seems that the the mysterious fuel-making organism has a green color, but it is not algae. Chief executive Bill Sims and cofounder David Berry did provide a peek at the Joule process, while dodging persistent inquiries about the mysterious fuel-making organism. “We are converting sunlight to liquid energy,’ Sims explained. The goal is to make an environmentally-friendly fuel that can compete with $50-a-barrel fossil fuels Jeremy Martin, a senior scientist in the clean vehicles program at the Union of Concerned Scientists, is shure the organism is almost certainly a plant. Read more here

We can produce a lot of electric power from alternative sources of energy. On of these sources can be found in the waves! Portugal realized that and built Agucadoura, the world's first wave farm off its coast. There are  three Wave Energy Converters generating a total of 2.25MW. The elongated metal contraptions bob up and down with the waves, while internal pistons, attached to the sea floor, remain stationary and pump hydraulic fluid. All this mechanic arsenal drives electric generators. The electric power is brought ashore by underwater electrical cables. The wave farm is now tapping into enough constant, renewable energy to power 1500 homes. Who knew there was so much power in the ocean waves? Imagine what we can do with many of these farms all over the oceans. But it seems there is no interest in this at this time.  I hope in the near future generators such these will be one of the clean alternative for an energy-starved planet.

For the first time in US, a company has developed an efficient battery solution to storing wind power. This is a clear answer to critics that claimed turbines are unreliable. Xcel Energy ’s “Wind-to-Battery” project is currently being tested on a Minnesota wind farm. The company believes that the 80-ton battery will power 500 homes for 7 hours when fully charged . The battery’s 20 50-kilowatt modules together are roughly the size of two semi- trailers and can store 7.2 megawatt-hours of electricity. “Energy storage is key to expanding the use of renewable energy,” said Dick Kelly, Xcel Energy Chairman, President and CEO. “This technology has the potential to reduce the impact caused by the variability and limited predictability of wind energy generation. As the nation’s leader in distributing wind energy, this will be very important to both us and our customers.” Photo Credit: Ryan McD on Flickr under Creative Commons license.