Innovation Award to Amazen' Hat Commander video game

Last Weekend in Stuttgart took place the first GAMEDEV HACKATHON, a competition about making a computer game within two days. Me and Raphael Lang attend and in the place we team up with Guz Gutmann from ambient robotics. The game we develop for this competition explores new ways of interaction, giving the players not only the chance to control the character (which in our case was a little red spherical starship) but also the environment on which the action take place. The goal of the game is go from one end of a linear maze to the other. Pretty simple isn't it, well the things get trickier when that line is magnified 100x by a microscope and shown in a TV, then the picture is recorded by a web cam and processed by Grasshopper which renders it now in a Rhino environment as a tridimentional landscape. The Hat, by another hand, controls the little red spherical starship through bending its vertical antenna. The antenna consist in a flex sensor which signal es processed by Arduino and sent to the PC, where the serial output is taken by Grasshopper to control the left or right direction of the starship.    

Unexpectedly, we receive the award for the Most Innovative Game Concept. Among the judges appreciation were statements like: 
"When I enter the room it this weird stuff call immediately my attention, so i had to go and check what it was"
" It looks fucking awesome!!"
" I could play it for hours"


Now i leave this demo video so you can check what is it about.

you can also check the event facebook:http://www.facebook.com/HackathonStg
or Website at:http://www.hackathon-stuttgart.de/

Stretchable light and the lost of shape

This short demo shows a prototype of a LED that can be stretch. Now, that doesn't sounds like much but think for moment in the sources of light that we have today. Since we tame electricity we've been able to make vessels that contains light. From the light bulb to the pixels that you are looking at right now all our light emitting sources have a discreet shape, its shapes are define by manufacture. Since the commercial introduction of the first light bulbs back in the 1880's the shape have been pretty much the same from the glass balloon to a ''pear'' shape (the German word for light bulb is Glühbirne which can be translated as glowing pear) then to a almost any possible variation of that.

Then the fluorescent (as different as the previous incandescent) lighting technology came and also the halogen and then neon and all of them were confined either to a bulb or a tube. All of them constricted by the formal possibilities of glass. And this kept going up to the introduction in the early 60's of LED (light emitting diodes) which change the electrically powered reaction within an micro atmosphere full of specific elements ( as the Incandescence, Fluorescence, Halogen or Neon technology are) for the convenience of the electroluminescence effect in a Semiconductor, and also change the glass by epoxy. This change, the glass by epoxy, brought a whole new set of formal possibilities to the design of light sources starting for the radical decrease on size, and -for what it matters- the first squared lights.

  

But even after all these technology leaps the initial shape of the light source will be its definitive shape. The form of the light will be still the form of the mold. Until now the only source of light with the possibility of change its shape was the fire, and we couldn't control it. That change with the arrival of OLED ( organic light emitting diodes) on which the traditional semiconductor layer was replace by an organic semiconductor. The OLED technology has already proved to be flexible, which is already a great step forward. But now this little light emitting plastic sandwiched on each side by carbon nanotube-polymer can change -by being stretched- its shape, which means that its structure can be adapt in three dimensional ways. Why this is important? because of socks. Can you think in something more finely adapted to another shape than a sock wrapping you foot? a very basic shape surface that adapt to all the complexities and nuances of another intricate surface such as it is the foot.Well, when was the last time you worn a rigid sock? stretchability is the the most defining feature not for customisation, but for active adaptation. Stretchable light means that light is now is not only parts of the object but an object by itself.     

Norddesign paper approved

These are good news, I will be presenting my paper: Emotional prosthetics: Artificialy replace physical manifestations of emotions with the purpose of enhance the Mother-Son multisensory bond inside the intensive care environment. Next August (22-24) in the Norddesign conference in Aalborg University in Denmark. Here I left you the the abstract.

Collecting the mother’s emotional physical manifestations (EPM) and replicate those into the incubator machine environment can help preterm baby’s self regulation. Here’s presented a method to assess mother-child emotional care situations and  extract the right stimuli (EPM) from them that could  produce in the baby a emotional response that help him to improve his health condition as well as a mediation interface that harvest the stimuli from the mother and deliver it to the baby