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Michael Einziger
11/21/2009 8:00 AM at Walt Disney Concert Hall
111 South Grand Avenue, Los Angeles, California 90012
Cost:
http://www.laphil.com/press/press-release/index.cfm?id=2460
"Forced Curvature of Reflective Surfaces"
Forced Curvature was inspired by a combination of the physical appearance of the Frank Gehry-designed Walt Disney Concert Hall, and Einziger’s studies in the philosophy of quantum mechanics.
The music was written for 12 electric guitars (played with a slide), 12 strings (violin, cello), and is based on the glissando. The instruments have been orchestrated in terms of corresponding high and low registers, that reflect each other as though being viewed through a mirror. The exterior shape of Disney Hall informed the shape of the sounds created and by necessity, was first drawn visually in the form of architectural-like renderings, before being committed to paper in the form of a hand-written score.
"This building is obviously a solid, immobile structure", Einziger says of the Disney Hall. "But it looks like a series of reflective waves that have been frozen in a specific state at a specific place in time, and I wanted to try and imagine what it might sound like if that idea were to be expressed as waves of sound. Adding a 4th dimension of time to the picture would force the structure into a Minkowskian space-time manifold, and it would therefore become directional. It would be as though time itself were forcing the curvature of the reflective material in a forward-motion, because time appears to be directional."
The piece has no apparent formal structure and has been through-composed. All of the instruments will be fused together, forming 2 distinct ’mirror images’. The strings and guitars combined will not sound like separate groups of instruments, but rather as dense units of a single instrument uncharacteristic of entirely one or the other.
Einziger conceived of the piece at Harvard University where he is currently a student, and has studied the history and philosophy of physics with physicist/historian, Dr. Peter Galison.
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