H / AlCuTaAu by Cohen van Balen Returns Devices to Original States
Meghan Young — June 11, 2014 — Tech
References: cohenvanbalen & psfk
H / AlCuTaAu by Cohen van Balen, a design studio made up of Revital Cohen and Tuur van Balen, is an art series that explores the original state of technological devices, tools and machinery. Essentially reverse-engineering them into the basic materials they were formed out of, the designers reduced them to extracted precious metals such as gold (Au), copper (Cu), tantalum (Ta), and aluminium (Al).
Commissioned for Arbeid van de Dag and the Flemish Arts Centre De Brakke Grond, which is located in Amsterdam, H / AlCuTaAu by Cohen van Balen encourages people to reflect on the manmade objects they use on a daily basis in a different way. Psfk notes that "they draw on the tensions between biology and technology to create artificial minerals, unnatural animals and poetic machines."
Commissioned for Arbeid van de Dag and the Flemish Arts Centre De Brakke Grond, which is located in Amsterdam, H / AlCuTaAu by Cohen van Balen encourages people to reflect on the manmade objects they use on a daily basis in a different way. Psfk notes that "they draw on the tensions between biology and technology to create artificial minerals, unnatural animals and poetic machines."
Trend Themes
1. Reverse-engineering - Exploring the original state of technological devices and reducing them to basic materials presents opportunities for understanding the inner workings and potential improvements of existing technologies.
2. Artificial Minerals - Creating artificial minerals through the reverse-engineering process opens up possibilities for developing new materials and applications in various industries.
3. Poetic Machines - Combining biology and technology to create poetic machines can lead to innovative approaches in robotics, automation, and interactive art installations.
Industry Implications
1. Electronics Manufacturing - The reverse-engineering of technological devices highlights opportunities for improving manufacturing processes, material sourcing, and resource efficiency in the electronics industry.
2. Metal Extraction and Refining - Extracting precious metals from discarded devices can lead to disruptive innovations in the metal extraction and refining industry, improving sustainability and reducing the need for virgin materials.
3. Art and Design - The integration of biology and technology in art and design opens up new avenues for creative expression, immersive experiences, and the exploration of ethical and societal implications.
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