The Senstor reminded me of another project called Outerspace, I’m so surprised that I didn’t post this before. It was a project which Andre Stubbe and Markus Lerner did during their time at the UDK Berlin in 2004.
Outerspace is a reactive robotic creature with animal-like behaviour. It can react to humans thanks to the photo sensors in the top part and capacitory sensors that react to human body contact. There’re some nice videos on the website showing this interaction.
Electronic Popables is a project by Jie Qi, a mechanical engineering student at Columbia University. But last summer she spend researching with Dr. Leah Buechley as part of the High-Low Tech group in the MIT Media Lab and there she did this project. You could describe it as a classic paper pop-up book filled with electronic components. The LED’s and other elements are connected to arduino based boards through conductive ink. So when something moves, the circuit closes and something happens. But this videos shows will make everything clear.
Another project by Jie Qi are these paper flowers. She built-in some memory wires in the paper flowers connected them to a strong battery. Those wires let the flowers move, just like they would bloom.
The piano in this video can speak, I kid you not. The Austrian composer Peter Ablinger transformed the voice of a child reciting the Proclamation of the European Environmental Criminal Court into MIDI events. Those events let the mechanically-controlled piano play the voice of that child.
This is video is German but it has English captions, the text that the piano is playing is in English.
Hearing is believing.
PUSH N900 is a competion organised by Nokia to promote it’s new N900 smartphone. Everyone is invited to come up with projects how you could hack or mod the N900 and its open-source Maemo operating system. You have to submit your idea by October 11th, a jury will then decide who will get a N900, funding and support to make them real. Hyper and Tinker it! were asked to develop some sample projects. They decided to use 4 objects from the 80′s: the Viewmaster, the Rolodex, an FM Radio and the Speak & Spell.
Now in 3D!
They’ve fitted a N900 inside a Viewmaster, when you move the Viewmaster to the left or the right a switch is triggered. The signal is then passed on through an arduino board and a bluetooth signal to the N900. The camera of the N900 takes now 2 images, a few centimeters apart. The two images are colored red and blue and superimposed and displayed on the screen of the N900, so when you look through the Viewmaster you’ll see a 3D image.
Talk & Text
A Nokia N900 and an Arduino are hidden inside a Speak & Spell. The keys are connected to the arduino which sends the signals over bluetooth to the N900. So you can write and send a text message using a Speak & Spell.
Leave a Message
An Arduino connected to the Rolodex detects the position of the wheel and sends that information over bluetooth to the N900. Each position indicates a specific contact. Without touching your N900, you bring up the contact you need to the screen of the N900.
Phone FM
You can send a text message to your phone and it will read the artist’s name and send that information to last.fm. MP3′s will start streaming and the cover art will appear on the screen. The N900 has a build-in FM transmitter, the signal will be picked up by any radio nearby when it’s set to the right station.
“Rope In Space” is an interactive installation developed by the Ars Electronica Futurelab. It allows people who are in different locations to play tug of war. You have to pull a rope which is attached to a device with a screen and camera. Your data is then sent to the other location and the other way around, so both can see how they’re doing. I guess you’ll understand after watching this video.
“Digit” is a live performance by Julien Maire, but it is also conceived to be presented as a piece of living art. You can see Julien sitting at a table writing text. He doesn’t use a pen, typewriter or a computer, he just slides with his fingers over a blank piece of paper and the printed text appears below them. When you have the chance to see this performance then you may have a close look at it, Julien will remain absorbed in his task.
It’s an amazing effect: there is no visible hardware, no computer, no display, no noise, no projection. It should stay a secret!
Growth Modeling Device is a kinetic installation by David Bowen. The machine uses lasers to scan a plant, in this case an onion, from 3 different angles. That data is then used in real-time by a fuse deposition modeler, to create a plastic model of the current state of the plant. This process takes place every 24 hours, but each time the plant is scanned from a different angle. In the end you have several models illustrating the growth of the plant. You can see a video of this installation here.
This is actually a little similar to an older project of David: Growth Rendering Device.
Almost a month ago I posted Pa++ern, a project by Daito Manabe and Motoi Ishibashi. I basically allows you to twitter a t-shirt design to an embroidery machine. The design has to be coded in a specific language which you try out here. I guess this little documentary by Matron shows you what’s it all about.
This is my shot at it: (<^<^<^<^<^<^<^)(i),.((+>> >+v > ^^^^),,…(<<<<<),,<<(v),vv),…
So this would be the first official today and tomorrow t-shirt, I hope I can buy one soon.
Here are a few more examples of finished t-shirts.
The problem with most touchscreens is that you don’t get any tactile feedback. Touch the Invisibles, a project by nosigner, Hiroyuki Ando, Junji Watanabe and Eisuke Kusachi, let you feel what’s happening on the screen. They placed a small vibrator on the fingernail and by tracking the position of the finger with the touch screen, the user can get some tactile feedback. It’s probably not the most elegant solution to this problem, but I would like to try it out anyway.
Touch the Invisibles will be on display at siggraph 09.
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