photo of Hannah Lillevoy by Stephen de las Heras
Kinesis Project dance theatre presents SEARCH(LIGHT) in our signature, space shifting, intimate, large-scale style at the newest, wildest park in NYC: Little Island.
Save the Date to see Kinesis NYC take over Little Island with light and wonder!
Learn more about the park at www.littleisland.org
CUNY’s Martin Segal Center’s “pop-up” festival of performances by artists whose work addresses environmental and/or climate change issues. Kinesis Project will offer an excerpt of Bridge Matter/The Reach, set in Inwood Hill Park.
June 28, 6:30pm - Kinesis Project moves uptown to Fort Washington Park, a gorgeous space that includes the George Washington Bridge and The Little Red Lighthouse.
We are presenting a first installation of our newest large-scale dance work: Bridge Matter/the Reach. A dance of echos, listening, how we bridge the cracks between us and the company's extraordinary ability to bring new life into an environment.
June 30, 4:00pm - Kinesis Project offers a second day of events in Fort Washington Park, a gorgeous space that includes the George Washington Bridge and The Little Red Lighthouse.
On Sunday we are co-creating a large-scale, Durational Installation of Care and presenting the first installation of our newest large-scale dance work: Bridge Matter/the Reach. A dance of echos, listening, how we bridge the cracks between us and the company's extraordinary ability to bring new life into an environment.
Dancing, Opera and Geology…. experience the full performance of Capacity, or: The Work of Crackling, a new, large-scale, outdoor, yet immersive performance work created by Kinesis Project dance theatre, Opera on Tap and AntiSocial Music with the research and collaboration of geoscientist, Dr. Martha (Missy) Cary-Eppes.
Dancing, Opera and Geology…. experience the full performance of Capacity, or: The Work of Crackling, a new, large-scale, outdoor, yet immersive performance work created by Kinesis Project dance theatre, Opera on Tap and AntiSocial Music with the research and collaboration of geoscientist, Dr. Martha (Missy) Cary-Eppes.
