


The Jamaica Biennial 2014 exhibition comprised a juried section, which is open to all artists living in Jamaica and Jamaican artists and artists of immediate descent living elsewhere, and an invited section, which includes artists with a well-established record of exhibitions and critical response. In a departure from its previous, national focus and a first major step towards internationalizing the Biennial, a select number of international artists had also been invited to contribute special projects, namely Simon Fujiwara (UK/Japan), Renee Cox (Jamaica/USA), Richard Mark Rawlins (Trinidad), Sheena Rose (Barbados), Blue Curry (Bahamas/UK) and James Cooper (Bermuda). For the first time, also the Biennial is operating from more than one venue.
One of those venues was National Gallery West and the artist featured at the western branch of National Gallery of Jamaica was Renee Cox. Featured, was a series of photographs and a video by Renee Cox, titled Sacred Geometry, and shown as part of the 2014 Jamaica Biennial. Renee Cox is a New York-based photographer and mixed media artist who is known for her seminal and at times controversial presentation of Afrofuturistic photography to the art world. She has also worked as a fashion photographer in Paris and New York.
The Jamaica Biennial 2014 featured a selection from Cox’s Sacred Geometry series, which consists of digitally manipulated black and white portraits that display self-similar patterns. They are executed with precision, creating sculptural kaleidoscopes of the human body while exploring the power of symbols as elements of collective imagination. The inspiration for Cox’s work comes from fractals, a mathematical concept centuries old and used by many ancient African cultures. Sacred Geometry has also been the result of Cox’s embrace of the digital world. Bridging the gap between the old and new technology has brought on new challenges and endless possibilities.
Read more by clicking the link: /https://nationalgallerywest.wordpress.com/2015/04/28/renee-cox-sacred-geometry/