Actually, I was not clear about the direction of my research topic until I discussed it with Maria. I simply want to do an interactive installation because I have never done it before. However, the main reason of why I am interested in interactivity is due to the exhibition "Navigator-digital art in the making", which was held in Taiwan in 2004.
This exhibition was really great since it collected brilliant artworks from all over the world. I went to the exhibition and experienced every single fantastic installation, which inspired me indeed. For example, "Pulsate" and "Frequency and Volume, Relational Architecture 9" impressed me a lot. Both these artworks were done by using high-tech integration of technology and art.
However, to recall the essence of arts, the most precious element of artworks are the concepts of artists. Some low-tech installations such as "Beyond Pages" and "Cheese" stimulated my imagination and fostered new ideas. Therefore, I agreed with Maria on the research topic "Low-tech Device to Open up Flows of Individual Creativity".
For my project I want to utilise the basic principle of computing, with the viewer being the pointer that triggers computing activities. This shall inspire people to re-define either virtually or real, whether seeing is believing or not. It is just like the activities between users and computers: people are not able to touch the computing programmes but able to use a specific way to communicate with computers. Because when you see a projected lion and a lion soft toy, you would probably say that the toy is real, but what if the projected one can interact with you?
"Bruised Fruit" Designs for Patrick 2005 photo exhibition Patrick Tsai Birth: April 14, 1981 Lincoln High School: 1995-1999 Tisch School of the Arts, New York University: 1999-2003
In a completely dark room, eyes are not able to distinguish a real or an unreal object. I assume that if I project an image on smoke, and then people could see and think it is real.
With eye-tracking, a computer can trace the darkest points of a human face. I assume that conversely can trace the brightest points in a completely dark space.