Interactive Architecture at Eyebeam
This past Friday I attended the interactive architecture exhibit at Eyebeam. It was an interesting evening, although due the usual babysitting issues that occasionally arise I was not able to stay for the discussion period. Overall, I thought the last three presentations were very interesting. Some of the most finished projects of the night were created by Marek Walczak. Afterwards, I went to his apartment project and decided to try to create my own. Basically apartment allows a user to type in words. The words then begin to develop a architectural blueprint of an apartment placing the words in specific rooms based on their underlying theme. It doesn't necessarily work how you would expect it to, words that are 'not found' (I guess) go off into the background and certain words that you may expect to be in one place actually end up in another. I have a very large window in my apartment thanks to typing in the word 'cat' several times. I also apparently have a red dining room, although the sentence I typed in was 'blankets should always be red'. You can go snoop on my room if you like. Its called "I love my" (I was trying to say I love my daughter...but daughter immediately got placed in the living room..I think my daughter would have preferred a playroom but oh well). I also snooped on several other rooms. They tend to be very interesting to look at and it is quite addictive once you get started. Something is interesting here, although you do come away from the construction wanting more control. But perhaps the fact that you don't necessarily have the control you would expect to have is part of what is interesting.
I also found his 7 World Trade Center : Podium Light Wall to be quite interesting. This was more along the lines of the projects I had expected to see here. The light wall reminded me of the two beams of light that the city had constructed after the World Trade Center attack to represent the towers. The sentiment in that case was obvious, the sentiment here is perhaps not so obvious. From the videos he showed, it actually looks quite beautiful but I have to wonder if it is actually as moving in real physical space, especially in the context of that location. In talking to a few people after the show, most of whom were not native New Yorkers, they had not realized the location of the wall. That had me wondering if its location informed its design and if it would 'feel' right in that particular space. The concept is interesting but I'm not sure yet. I have plans to go down and see it within the next week since it is apparently working now.
Another interesting project he presented was the Dialog Table commissioned for the Walker Arts Center in Minneapolis, Minnesota. The dialog table is a 'shared interface where you use hand gestures to discover more about any data set.' The key is you don't touch the table at all. I believe the goal was to get people who didn't know each other to interact through use of the table. Apparently it has been successful in doing so, although I would love to actually see it in action.
The other two groups of people whose presentations I enjoyed were still in prototype phase. I was particularly interested in the River Glow project by David Benjamin and Soo-in Yang of the NYC architecture firm, The Living.. (I went to their site and there seems not to be very much documentation about the project on there). River Glow is basically a pod that sits in a body of water and measures the PH of the water and then transmits that information publicly through the use of a glowing light. The reason I found this so interesting is because it creates a public interface for something that previously had no accessible interface at all. Although I'm not sure if the function of River Glow would ultimately be a pretty light show or an informational tool, within the concept itself there is something there.
The project that I would most like to see actually enacted was Carmen Trudell and Jennifer Broutin's device that can be attached to any swinging door as a closure assembly to locally capture and redistribute energy. The energy generated from this device could then be used for other purposes such as assisting in lighting the building where it is located.