The Immortal by Revital Cohen is an art installation made up of life supports. Instead of supporting human life, however, these machines are hooked up in such a way that they power each other. This level of dependence explores the idea of human's own reliance on such machinery. The artist elaborates, "The Immortal investigates human dependence on electronics, the desire to make machines replicate organisms and our perception of anatomy as reflected by biomedical engineering."
By circulating liquids and air, The Immortal by Revital Cohen cleverly mimics a biological structure. Although the anatomy might be completely foreign, the installation blatantly shows how different technological devices are from humans and that the idea behind robots replicating humans is as bizarre as its aesthetic. Eye-opening and thought-provoking, the sculpture will inspire many questions.
Life Support Installations
The Immortal by Revital Cohen Explores Human's Reliance on Machines
Trend Themes
1. Machine Dependency - The Immortal by Revital Cohen highlights the theme of human reliance on machines and the increasing need for continuous technological support.
2. Biomedical Engineering - The Immortal by Revital Cohen showcases the intersection of art and medical science, providing an opportunity for disruptive innovations in the field of biomedical engineering.
3. Mimicking Biological Structures - The Immortal by Revital Cohen presents a trend of replicating biological structures through technology, which presents innovation opportunities in fields such as robotics and biotechnology.
Industry Implications
1. Art and Design - The Immortal by Revital Cohen introduces a trend of incorporating art and design to convey a dark view of human's dependence on technology.
2. Healthcare - The Immortal by Revital Cohen promotes a trend of exploring biomedical engineering and technology in healthcare to address the increasing demand for continuous life support.
3. Robotics - The Immortal by Revital Cohen highlights a trend toward replicating biological structures through robotics and integrating them into various industries, such as healthcare and manufacturing.