Radio Lab and Radio 4x4 for Untitled 2002 (he promised)

Aug 19, 2007: 2pm- 5pm
Solomon R. Guggenheim Museum

1071 5th Avenue | New York, NY
http://www.guggenheim.org

Tianna Kennedy, Todd Merrell, Michelle Nagai, Ben Owen during Radio 4x4 for "Untitled 2002 (he promised)"

Tianna Kennedy, Todd Merrell, Michelle Nagai, Ben Owen during Radio 4x4 for "Untitled 2002 (he promised)". at the Solomon R. Guggenheim Museum. Pictured (left to right): Michelle Nagai, Tianna Kennedy, Ben Owen, Todd Merrell. (Aug 19, 2007)

Tianna Kennedy, Todd Merrell, Michelle Nagai, Ben Owen during Radio 4x4 for "Untitled 2002 (he promised)"

Tianna Kennedy, Todd Merrell, Michelle Nagai, Ben Owen during Radio 4x4 for "Untitled 2002 (he promised)". at the Solomon R. Guggenheim Museum. Pictured (left to right): Michelle Nagai, Tianna Kennedy, Ben Owen, Todd Merrell, Tom Roe. (Aug 19, 2007)

Radio Lab and Radio 4x4 for Untitled 2002 (he promised) with Tianna Kennedy, Todd Merrell, Michelle Nagai, ben owen, Tom Roe. free103point9 is pleased to present an afternoon of programming for Rirkrit Tiravanija's "Untitled 2002 (he promised)" installation currently on view in the Guggenheim's summer exhibition The Shapes of Space. All ages welcome.

Radio Lab 2 p.m.
Lead by artist free103point9 Program Director Tom Roe

free103point9 Radio Labs provide students with technical skills and contextual background to consider and utilize the transmission spectrum for creative expression. Workshops are broken down into three main sections: the history of broadcasting; how transmitters work: and transmission arts as a creative medium

Radio 4x4 4 p.m.
With artists Tianna Kennedy, Todd Merrell, Michelle Nagai, and ben owen.

Radio 4x4 is a collaborative radio transmission performance. Four simultaneous audio performances are separately sent through FM transmitters to radios positioned throughout a performance space. Each radio receives only one of the signals, so that the audience becomes an active collaborator in the performance, "mixing" the audio feeds by moving about the space among the four signals.