bitforms gallery presents "IDEAL CONTAGION" in New York

IDEAL CONTAGION is curated by David Hunt, and features the work of Barry X Ball, Richard Dupont, Peter Gronquist, Jon Kessler, Ted Lawson, and Lynn Hersman Leeson. As a whole, the exhibition suggests a looming middle future where our current tsunami of data and information—largely blank, implacable and bewildering—is seamlessly internalized by each individual artist as the substrate of their work. Technology is transformed from a passing zeitgeist fetish into something inscribed on, or within, the artist’s own body, etched like algorithmic scrimshaw into the far recesses of his or her own mind. Each artist in the exhibition signifies a modernist categorical academic division, such as landscape, body art, or appropriation—that have yet to percolate and trickle down into traditional digital and techno-art discourse.

IDEAL CONTAGION is on view at bitforms gallery through August 16 at 131 Allen Street New York, NY. photographs courtesy of bitforms gallery, New York and Shark Senesak

Read Our Interview With Interdisciplinary Artist Eric Parren on Genetically Manipulating E. Coli For the Sake of Art and How Rave Culture Inspired His Practice →

Eric Parren on the swell of a new wave of artists that are borrowing from the forces of science to create major artistic statements. Parren, an interdisciplinary artist who lives and works in Los Angeles, combines facets of art, science, technology and investigates the human connection with deeply complex notions about the technologies that shape our future – often without our knowing – such as artificial intelligence, synthetic biology, and space exploration. The works are often deeply sensory experiences dealing with modes of perception and the physics of light and sound. For instance, Parren has genetically manipulated the e. coli bacteria, which are naturally occurring in the intestine, to light up red, green and cyan – he then filmed them with a time-lapse laser-scanning confocal microscope. With the visuals of dancing bacteria, like microscopic ballerinas, he played an algorithmically composed composition based on the biosynthetic pathways of the e. coli’s genome. Click here to read the full interview.