So in 1927 this professor did a demonstration to his students that a material that seems solid (pitch) is actually just a super viscious liquid.
He put this chunk of what seems like rock into a funnel and waited for it to drip out.
1 year 2 years 3 years 4 years 5 years 6 years 7 years…
finally 8 years later
it drips.
But nobody is around to see it, so they wait again.
Another 8-10 years they wait. It finally drips, but everyone misses it because it takes somewhere from 6-14 years to drip, so being at that exact moment is kind of hard to do.
So far it has dripped 8 times in the past 8 years. Nobody has seen it.
The last time they had cameras set up but they all failed. Now it’s getting close to the ninth drip again.
There are webcams up in the room, and dozens of nerds around the globe watching to see if they can catch it happen live.
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I mean, I guess it’d be cool to have a dancing robot. For a few minutes. But I really want one to empty the dishwasher, pet the cats, and clean the toilets.
Seems just like yesterday that Prof.Kevin Warwick of the University of Reading, UK took that bold step to implant a BrainGate device onto his median nerve in his forearm to be able to control electronic devices.
The road further down has revealed a fascinating bunch of technological features. Now, researchers at the University of Illinois at Urbana have developed what is called an “Epidermal Electronic System” (EES) which is a bendable electronic device that uses the molecular force on skin cells for adhesion. It even boasts of a power source small enough to power it. Interestingly, these could quite soon replace identification tags or become alternatives for Biometric systems. Hmmm, come to think of it, party goers could now be given a fancy tatoo with a hidden electronic circuit in their arms. Healthcare monitoring is just the begining.Read more here : Breakthrough: Electronic circuits that are integrated with your skin. (via Branding yourself electronically with Electronic Epidermal Systems)
Gael Langevin wants to give you a robot. The French artist is posting 3D printer files for a humanoid robot he’s building as he completes the various parts, allowing us all to create our very own plastic helper/lover with some ABS plastic, a few Arduino boards, and some motors.
The plans for the hands are available on Thingiverse and Langevin will release more parts over the next few months. […] The robot is completely open source and all the plans will be available for download. You should be able to print most of the pieces on a home 3D printer […].
European designers recently used a chainsaw-wielding industrial robot to fashion stools from tree logs.
Two designers, Tom Pawlofsky and Tibor Weissmahr, who are alumni of Germany’s Karlsruhe University of Arts and Design, programmed a six-axis robot to make precise…
If you remember the BigDog Robot that was being developed my the military to follow soldiers on foot, it has been a fantastic success, and has evolved into the LS3.
I love wondering about the uncanny valley and military applications. Sci-fi nerd’s dream/nightmare.
Would you like to be paid to read books? Does this sound too good to be true? Actually, this is an idea from Kevin Kelly (of Wired fame) at his blog “The Technium”. A bit like the “economics of the free” [1] and some of the ideas advanced in my recent slideshow on science innovation [2].
[1] For more information, please see the book “Free” by Chris Anderson. Could you replace the work “books” with any other word in Kelly’s model? There may or may not be a free lunch today, depending on your reading of “Free”.