July 20, 2012 7:25 pm

I, Robot

Photographer Yves Gellie’s study of humanoid robots brings to life the link between science fiction and reality
Reem-B robot, Spain, 2010©Yves Gellie

Reem-B robot, Spain, 2010: A 60kg robot that can recognise faces, speak, walk, climb stairs and carry up to 20 per cent of its own weight

The images raise questions about the future role of robots in a world where humans are ever-more dependent on computer-driven machines.

These photographs, taken in research labs around the globe, feature in the new “Superhuman” exhibition at the Wellcome Collection in London.

Professor Zou Renti and his android, China, 2008©Yves Gellie

Professor Zou Renti and his android, China, 2008: Professor Zou is working on robots’ human characteristics. His android can blink its eyes, move its arms and shake its head. Prof Zou is on the left

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Kobian, Japan, 2009©Yves Gellie

Kobian, Japan, 2009: Kobian is an emotional humanoid robot. Its eyebrows, jaw and lips all move, allowing it to change its facial expression, and it has a biped foot so it can mimic human walking gait

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Johnnie and Lola, Germany, 2009©Yves Gellie

Johnnie and Lola, Germany, 2009: Johnnie can walk at more than 2kph; the goal for Lola, part of a project on biological and technical aspects of intelligent locomotion, is that she will be able to run

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Humanoid robots Wakamaru and Eveliee P1, with Professor Ishiguro’s android wife and daughter, Japan, 2007©Yves Gellie

Humanoid robots Wakamaru and Eveliee P1, with Professor Ishiguro’s android wife and daughter, Japan, 2007: Professor Hiroshi Ishiguro’s work recognises the importance of appearance – people forget that a human-like android is a robot

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RoboThespian, Great Britain, 2012©Yves Gellie

RoboThespian, Great Britain, 2012: RoboThespian is a life-sized, programmable humanoid robot designed to be used for entertainment and communication. It can talk, sing, dance – and recite Shakespeare

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HRP2, Japan, 2009©Yves Gellie

HRP2, Japan, 2009: Their cantilever hip joints allow these robots to lie down, get up, recover after a fall and walk on uneven surfaces. They can also work with a human to carry objects together

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Lucy, Belgium, 2008©Yves Gellie

Lucy, Belgium, 2008: Lucy is a robot with articulated legs powered by pneumatic artificial muscles. The goal of the project is to create a lightweight biped that walks in a dynamic, stable way

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Images from Yves Gellie’s ‘Human Version 2.0’, part of ‘Superhuman’ at the Wellcome Collection, London (until October 16), an exhibition exploring human enhancement from Icarus to i-Limbs. www.wellcomecollection.org

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