A new art exhibition is seeking to redefine the way we look
at the human body, fusing science and technology with art and animation. The Body Image exhibition, showing at UNSW Galleries in Sydney's University of New South
Wales, features works inspired by the body as well as animations meticulously
built up using medical imaging technologies such as MRI and CT scans.
In this glass-like image, artist and exhibition curator John
McGhee recreated human blood vessels, while experimenting with rendering to
show the blood flowing within.
According to McGhee, the Body Image
exhibition has "played with the visual rendering" of the human body,
with some images sticking with life-like recreation, and others replicating textures such as glass, wax or titanium.
In this image, McGhee has mapped the blood vessels of the
human brain to create a 3D animated projection for the exhibition.
In creating animations of the human body, such as this 'Vessel'
image, McGhee sought to render the body "in a way that not just represents
the function of these [body parts] and how they work, but also how we feel
Hong Kong artist Kai-hung Fung created his this image --
simply titled 'Web' -- by using a 3D CT scan printed on photographic paper.
According to Body Image curator John McGhee it is works like this that blur the
lines between medical imaging and art:
"The gallery of the 21st century is becoming
that type of space -- that nexus of art, technology and science," he said.
Published:Caption:Claire ReillyPhoto:Kai-hung Fung/UNSW Art & Design
A still image from 'Hollow', a vivid cellular animation from
artist and biomedical animator Drew Berry. The work was developed in
collaboration with Icelandic performer Björk as part of her 'Biophilia' project
-- a combined app and album that has now been curated into the collection of the Museum of Modern Art in New York.
Throughout the 'Hollow' animation, which is set to Björk's
music track of the same name, Berry recreates detailed images of the inner
workings of the body, blurring the lines between medical imaging and art.