Hasta La Gadget!

The world is a better place if it’s greener. It looks better, too. So as part of a campaign by Greenaid, Seedbomb vending machines are being rolled out where anyone can become a green agent of change for the world.

But first, what’s a seedbomb? Well, it’s a mixture of clay and compost with native California grass and wildflower seeds that has been rolled up into a ball. So all the person needs to do is toss it onto a patch of earth and let nature take its course.

They’re cheap, too. The vending machine dispenses the seedbombs at just $0.50 each, so for less than a dollar, you can now be a part of the green revolution.

And if you’re looking to add some more greenery to your arsenal, don’t forget to pick up some flower grenades to go with.

[via Like Cool]

We know that art has been inspired by nature at least as far back as the
Cave Man. Technology too has had a love affair with nature for
thousands of years, though we are just recently experiencing a
resurgence with a new ‘biomimicry’ movement. 
But besides biomimetic art and technology, there are biomimetic
exercises, such as those we find in certain yoga positions… and now,
an NYU design student and insomniac, has employed the shapes and sounds
of nature to help the sleepless sleep.

Stoked about the gigabit speeds your new 802.11ac WiFi router is pumping out? One group of scientists hailing from NASA’s Jet Propulsion Laboratory and universities in the US, Israel and China isn’t so impressed, having generated a wireless signal clocking in at 2.56Tbps. Proof of the feat was published in Nature Photonics, which details their use of orbital angular momentum (OAM) to make the magic happen. Current wireless protocols alter the spin angular momentum (SAM) of radio waves to hold info, and by combining both methods the team was able to pack eight data steams into a single signal, resulting in the mouth-watering number noted above. The best part is, applying different levels of OAM twist to SAM-based transmissions theoretically allows an infinite number of streams per signal, meaning seriously increased bandwidth without the need for additional frequency. So far the wireless tests have only been conducted over a measly 1m, but the scientists reckon it’ll work at distances up to 1km and that the concept could also be used to boost speeds in existing fiber-optic cables. As with many scientific advances, it’s unlikely hardware capable of such speeds will be available any time soon, so 802.11ac will have to suffice… for now.

New wireless transmission tech hits 2.56Tbps, leaves WiFi feeling inadequate originally appeared on Engadget on Tue, 26 Jun 2012 05:37:00 EDT. Please see our terms for use of feeds.

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