|
|
||||||
|
Pattern Formation at the Crossroads
of Art and Science ATC received funding from the Ford Foundation to build an infrastructure for artists interested in doing projects for the digital dome at the LodeStar Astronomy Center. Included was funding for the Santa Fe's Art and Science Laboratory to co-sponsor an art/science collaborative project for LodeStar. This art project is an outgrowth of the on-going collaborative research efforts of physicist James P. Crutchfield and composer David Dunn. James Crutchfield is a Research Professor at the Santa Fe Institute. His current research interests center on computational mechanics, the physics of complexity, statistical inference for nonlinear processes, genetic algorithms, evolutionary theory, machine learning, and distributed intelligence. David Dunn is an independent composer and audio engineer and is currently the President and Program Director of the Art and Science Laboratory and a Fellow of the Institute for Conservation Studies. His current research involves the sonification of complex systems, the sounds of underwater invertebrates, and the design of bioacoustic recording systems to monitor Jaguars in Arizona and New Mexico. |
|
|||||
|
Sample fractal from The Theatre of Pattern Formation |
This collaborative team began discussing their common interests in articulating natural phenomena from the time of their first meeting at the Chaos and Order Symposium in Styrian Autumn Festival in Graz, Austria in 1989. This led to the development of a unique and on-going artist/scientist collaboration project known as The Theatre of Pattern Formation. The Theatre of Pattern Formation is a comprehensive strategy for the visual and auditory articulation of scientific and mathematical research in the fields of complex systems and nonlinear dynamics or "chaos." It explores naturally occurring patterns in nature and mathematics and how they can be seen within the aesthetic traditions of the arts. By presenting complexity as wonderfully rendered abstract patterns that are experienced as art, it also provides lay audiences with a non-technical introduction to the world of pattern formation, complexity and chaos.
|
|||||
|
It has also been part of popular culture's aesthetic
vocabulary for a number of years. Printed on notebooks and posters,
computer generated models of irregular patterns and structures in
nature, called fractals, are popular for their bright colors and
intricate geometric designs. To complete the piece, Dunn has started with a selection of specific auralizations of natural and artificial systems that will form the sequence of action for this piece. While these auralizations can differ in pitch, timbre and rhythm, they share overall thematic similarities that allow them to compliment each other as overlapping textures in a composition. Crutchfield will then match these auralizations to
complimentary pattern visualizations. These visualizations will cover
the dome with a kaleidoscope of geometric shapes of different colors
and in different pattern sequences. As the visual articulation moves
forward in time, these patterns emerge from a horizon point at the
zenith and cascade down the sides of dome. The geometric forms that
make up the patterns often rotate as well as change color, density and
frequency, enveloping the audience in a waterfall of shapes and colors.
The patterns are able to operate as both captivating abstract visual
imagery and technically correct visualizations of complex systems. While this early realization of The Theatre of Pattern Formation will have a fixed content, that is the patterns are pre-recorded, Crutchfield and Dunn eventually hope to create a live, ever-unfolding program for this environment. This will allow each audience's experience of the piece to be unique and the consequent visual and auralizations to be unscripted as they occur naturally. Crutchfield and Dunn hope this final project will also a natural extension of the "Planetarium" concept in that the resultant visualizations-auralizations can demonstrate generative principles for the kinds of celestial structures (nebulae, galaxies, etc.) being revealed in greater detail by recent advances in astronomical imaging such as the Hubble Telescope. It would also show how these generative principles apply to an immense array of natural phenomena at both the microscopic and macroscopic levels of physical scale. Please contact Eric Whitmore, Program Coordinator, for more information. |
||||||
|
|
||||||