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Rethinking networking

MIT researchers helped develop a theory that promised much more efficient data networks; then they were the first to put it into practice.

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Dr. Keith Collins ’70 explains the details of his zero-net-energy house in Rockport, Maine.

The easy way to go green

Alum's 'state-of-the-shelf' energy-efficient house is among a bevy of new ideas for curbing energy use and greenhouse gas emissions presented at MIT's annual Energy Night.

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In a wireless network, different transmission frequencies work better for different users. That's because the same transmission reaches each user along several different paths; at one frequency, the signals arriving over different paths might reinforce each other, while at another frequency, they might cancel each other out.

Sharing the air

Unused wireless spectrum is getting scarce; MIT researchers are teaching emerging technologies to coexist in what's left

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Wireless power transfer over two-meter distance, from the coil on the left to the coil on the right, where it powers a 60W light bulb. Members of the team that performed the experiment are obstructing the direct line of sight between the coils; front row: Peter Fisher (left) and Robert Moffatt; second row: Marin Soljacic; third row: Andre Kurs (left), John Joannopoulos and Aristeidis Karalis.

Goodbye wires!

MIT team experimentally demonstrates wireless power transfer, potentially useful for powering laptops, cell phones without cords

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