Deep in the woods of a London forest, in the burial place of 380,000 people, next to a colony of urban beehives, the world’s leading biological artists are collaborating with Shuffle, biochemical and tissue engineers to build a life-‐size golem, fashioned from mud and clay and studded with living cells grown in London’s scientific laboratories.
Inspired by the folklore of the Golem, the sculpture will be built by artists and scientists as a live performance over the course of a day, and marry old and new techniques of caring for and controlling life to look at the festival’s theme of Gods and Idols, and the seduction and dangers of artificial human-‐made life.
The torso of the Golem will house a 3,000-‐year-‐old technology: a compost of rotting material and rich burial soil, generating heat and turning the six-‐foot-‐tall statue into a rudimentary incubator. This inanimate body will then be used to keep alive the product of a very modern technology: miniature 3D printed golem-‐shaped biomaterials, seeded with living cells at the laboratories of biochemists and tissue engineering scientists, and then transferred and embedded in the head of the sculpture in the cemetery.
The Golem will then stand all night, lit and
heated and powered as the 24-‐hour Shuffle Festival continues around it. In
the Tower Hamlets Cemetery Park, a place of continuum between life and death, the six-‐foot tall Golem
becomes a semi‐living being.
we have one particularly fantastic project in the science programme which I am very proud of, and which wouldn't be possible without the help of Mike and his colleagues
Dr Grace Boyle, Science Director, Shuffle
TEAM
The Golem is a joint project between
- Dr. Michael Sulu and Dr. Brenda Parker Department of Biochemical Engineering, and Dr Nazia Mehrban, Faculty of Medical Sciences, UCL
- Oron Catts and Dr. Ionat Zurr, SymbioticA, The University of Western Australia, and the Royal College of Art
- Science Department, Shuffle Festival
- Abi Aspen Glencross, Tissue Engineering and Biophotonics Department, Kings College London
