Studio Gang to Design Interactive Set for Physics-Inspired Dance Performance

Midwest
Thursday, November 7, 2013
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Jeanne Gang will design an interactive structure to accompany Thodos' Dance Group's exploration of the intersections of physics, dance and architecture. (Courtesy Studio Gang Architects)

Jeanne Gang will design an interactive structure to accompany Thodos’ Dance Group’s exploration of the intersections of physics, dance and architecture. (Courtesy Studio Gang Architects)

Studio Gang Architects are familiar with theatrical spaces, and with the rhythms of the natural world; their design for Writers Theatre in north suburban Chicago reaches out to nature with timber trusses and a raised promenade through the trees.

But a new project may take those interests one step further. SGA announced Wednesday they will collaborate with Thodos Dance Chicago on a project “investigating the intersection of dance, architecture, and physics.”

Studio Gang Architects' design for Writers Theatre, an intimate theater space on the North Shore of suburban Chicago. (Studio Gang Architects)

Studio Gang Architects’ design for Writers Theatre, an intimate theater space on the North Shore of suburban Chicago. (Studio Gang Architects)

Working with University of Chicago physicist Sidney Nagel and his lab group, Gang’s interactive structure will draw inspiration from “jamming” — the research process of studying disordered materials.

The world premiere dance performance will also explore the overlap of physics, dance, and architecture. As yet untitled, the work will debut as part of Thodos’ Winter Concert 2014 on Saturday Feb. 22, 2014 at 8 p.m. at the North Shore Center for the Performing Arts, 9501 Skokie Boulevard in Skokie, IL. Tickets are available at northshorecenter.org.

A 3D reconstruction of densely packed colloids, above the jamming point. University of Chicago scientists work to understand the properties of disordered materials. (Nagel Group / University of Chicago)

A 3D reconstruction of densely packed colloids, above the jamming point. University of Chicago scientists work to understand the properties of disordered materials. (Nagel Group / University of Chicago)

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