Dimensions of human movement that are absent from the eye, such as pressures, muscular tensions, and external features, are represented by a programmable tensegrity, that records and replays a dancing body. We hypothesize that the nervous system, given abstract information in the form of a tangible dancing tensegrity, will try to compensate for the unavailable (absent) information in an endeavor to understand the whole of the human body's movement.
Fluifiber approaches "Presence of Absence" through a vision of utilizing enabling technologies to transfer and preserve the intangible tacit knowledge; hereby of a skillful dancer's across generations and distances.
Dimensions of human movement that are absent from the eye, such as pressures, muscular tensions, and external features, are represented by a programmable tensegrity, that records and replays a dancing body. We hypothesize that the nervous system, given abstract information in the form of a tangible dancing tensegrity, will try to compensate for the unavailable (absent) information in an endeavor to understand the whole of the human body's movement.
Fluifiber approaches "Presence of Absence" through a vision of utilizing enabling technologies to transfer and preserve the intangible tacit knowledge; hereby of a skillful dancer's across generations and distances.