[Un] Balance : an exploration of movements and emotions through spatial experiences altering the balance of the body
[Un] Balance is a prototype based on the exploration of movements and emotions through spatial experiences altering the balance of the body. To approach this idea, Elyne Legarnisson and Amanda Simo have been researching about the reasons of human movement, movement analysis techniques and its categories. They both believe that understanding the qualities of movement could lead them into a project in which people could move in the way they wanted to.
“We perceive in order to move, but we also move in order to perceive.” Gibson (1979, p. 223)
According to this author, the perception plays a particular role in the understanding of how movement changes human motion. In this sense, they have decided to research about motion perception, particularly, feature detectors. Feature detectors are specialized nerve cells in the visual cortex that are in the brain and respond to specific characteristics of a visual stimuli.
After briefing all these concepts we decided to create a grid of points that has a line attach to its center. Using a simple geometry will allow us to modify the perception in a simpler way.
The system we were developing pretends to extend, disrupt and transform the balance of the body in the virtual environment using an harness in a physical environment. We realized in the first experiments that in virtual reality experiences people tend to be shy with movements and probably is because they don’t want to lose their balance or center of gravity.
TheÂ center of gravity of the human body is located close to the second sacral vertebra. Depending on the position of the body, this center constantly changes. Using the harness in the VR experience will shift the center of gravity and within this the balance of the body. Could we transform interactions between proprioception, visual and sound perception?
As further explorations we will split in two different projects, one of us will take the way of mental health and movement (Elyne) and the other will develop a cybernetic system performer-environment-audience that will respond to these three level of interaction (Amanda).
In order to improve these projects, the following feedback was received during the Projects Faire on the 15th of March, 2018:
-Suggested to research a bit more about blood distribution and how our nervous system works when we change our center of gravity.
-Also, about the physical orientation of the body and how we could unify the virtual and physical world using an haptic unified system.
-Use gravity as another sense.
-Suggested to use Arduino/Kinect to detect the center of gravity of the body and then determine how the system will change according to this.
-As Marina is a PHD student at the Royal College of Arts, she suggested to explore physical prototypes and explained us her interesting project in textile architecture based on the body movement. This gave us ideas about physical possibilities of the project.
-Explained us about holograms and how could this system be integrated into a more tangible way in the physical world.
-Suggested us to use a weight sensor to check the balance and center of mass sensor.
-Suggested us references such as AndreÌ Boleslavsky, Nina Kov, Be another Lab and Frank Kolkman.
Article by: Amanda SimÃ³
Project by: Elyne Legarnisson + Amanda SimÃ³
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