The project is a collaboration with historian Simon Schaffer re-creating old European clockworks by digital technology and 3d printing. Using robotic devices to simulate living animals, the project brings lifelike characteristics to lifeless animal bodies. The sophisticated mechanisms of automatons contain within them a notion that that life can be simulated by art and science. By blurring the line between the animate and the inanimate, these inventions embody a philosophical question to our perception of what makes a living being. This question posed by automatons is still a recurrent theme in science fiction, from Blade Runner, Terminator, AI to recent films such as Automata. What we think of the future is in fact deeply rooted in the past.
Jean-Baptise-Andre’ Furet’s African Prince Mantel Clock 1784 latex, 3d printed mechanism, toy parts, electronic components, LED light bulbs, 99.5 x 115 x 55 cm, 2017
Pierre Jaquet-Droz Singing Bird Cage 1780 taxidermy bird, 3d printed mechanism, toy parts, electronic components, wood, acrylic, 86 x 53 x 53 cm, 2017
本計劃與英國學者西蒙‧謝弗(Simon Schaffer)合作,探討「自鳴鐘」百年來對科技史發展的影響.「自鳴鐘」結合鐘錶工藝與科學概念,透過精巧的機械,進行如機械人般的複雜擬真動作.其不僅為之後人工智慧的發展定下基礎,同時也影響了科技歷史的發展.透過合作的過程,藝術家製作一系列以「當代自鳴鐘」為形式的機械裝置作品.其製作流程採用電子機械、 3D列印、CNC與雷射切割機等數位製作技術(digital fabrication),以當代科技重新詮釋百年前的鐘錶工藝. 這些作品參照過去的自鳴鐘造型,並以鋁、矽膠、電路板等工業材料所製成.並在電子驅動下、創造出仿若真實人/生物的動作.裝置作品上的每個物件均代表其特殊的歷史意義,並在彼此的堆疊與並置, 新科技和舊科技的相互對照之下, 重新敘述百年來的科技發展.
吉恩·巴普蒂斯·安德烈·弗雷特的非洲王子壁爐鐘1784 橡膠,3D列印結構,玩具零件,電子零件,LED燈泡,99.5 x 115 x 55 cm, 2017
皮埃爾·雅克·德羅茲的唱歌鳥籠1780 標本鳥,3D列印結構,玩具零件,電子零件,木頭,壓克力,86 x 53 x 53 cm, 2017
https://talks.taishinart.org.tw/juries/cwc/2018050204
https://talks.taishinart.org.tw/juries/cwc/2018050205
影片:蔡弦剛
Video: Tubie Tsai