Home
About Us
Testimonials
Archive
Contact Us
Volunteering
News Programs Symposium Immanence in the Pixel Modulations Installations Schedule Registration

Speakers

Todd Barton -
Richard Brown -
Erik Davis -
Alan Dunning -
Ivar Hagendoorn -
Heath Hanlin -
Don Hill -
Amy Ione -
Stephen Morris -
Josef Penninger -
Susie Ramsay -
Mark Rudolph -
Diana Slattery -
Aephraim Steinberg -
Brett Terry -
Lisa Walker -
Andrea Wollensak -

Symposium

Alan Dunning
The Mnemonic Body (Einstein's Brain Project)

Presented Sunday May 12th at 3 pm

The Einstein's Brain Project uses the coincidences of science, culture, technology and art to examine the fundamentally contingent nature of consciousness and the making of meaning. The work has grown out of an interest in bodies in motion, worlds in flux and in the endlessly recombinant texts and forms of our worlds and out of an interest in the seen and unseen, the half perceived and misperceived things at the limits of our perception and in the reanimation of the lost bodies and past events that constitute this invisible world. We are sure that the world is not entirely what it appears to be and that the surface of the visible world needs only to be scratched to reveal the invisible world below.

Using the strategy of the derive, the notion of the world as a moment to moment construction, and the revelation of the invisible narratives embedded in our material world, the project is developing spaces founded in psycho-geography. The work concerns itself with the idea of the world as an enormous library where everything is out of order. Travel books sit next to philosophical treatises and first-aid manuals. The inexhaustible inventory of the streets contains endlessly varied and recombining bits of information resulting in the most unlikely juxtapositions and unexpected events and discoveries. The world is layered with histories and distant geographies, invisible, but, waiting to be discovered like some "…new NorthWest Passage in the backstreets of Paris."

Using recent work from the Einstein's Brain Project as examples, the talk will discuss the Mnemonic body - the body as a repository of memory, the Stone Tapes - the idea of the body and its environment as a recording medium for traumatic images and events that transmits its message directly to the brain, and the Surrogate Body - the establishment of a credible and trustworthy virtual body built from a one-to-one correspondence with a participant's biological data.

The Einstein's Brain is a collaborative, immersive, virtual and augmented reality work that explores the notion of the brain as a real and metaphoric interface between bodies and worlds in flux and that examines the idea of the world as a construct sustained through the neurological processes contained within the brain. The talk will suggest that the world is not some reality outside ourselves, but, is the result of an interior process that makes and sustains our body image and its relationship to a world, and that the investigation of virtual reality, its potential use as a perceptual filter, and its accompanying social space is an exploration of the new constructions of consciousness and the consequent technological colonization of the body.

Alan Dunning - Biography
Alan Dunning has been creating immersive installation since 1979. His work is in many collections, including the National Gallery of Canada and the Museum of Modern Art, New York. He is currently Chair of Media Arts and Digital Technologies at the Alberta College of Art and Design in Calgary.

Paul Woodrow - Biography
Paul Woodrow has been involved in inter-disciplinary and multi-media activities since the late 1960s, including performance, installation, video, painting and music presentations at the Museum of Modern Art, Stockholm and The Tate Gallery, London. He is presently coordinator of Art Theory in the Department of Art, University of Calgary.

Dr. Morley Hollenberg - Biography
Dr. Morley Hollenberg is a Professor in the Department of Medicine, University of Calgary. A Rhodes Scholar at Oxford University folllowing his MD at Johns Hopkins, his research interests focus on receptor mechanisms and signal transduction pathways. His work has been published in over 235 refereed manuscripts and book chapters.