Bacteriography by Zachary Copfer Marries the Arts and Sciences
Meghan Young — September 18, 2012 — Tech
References: sciencetothepowerofart & mymodernmet
Art and science has often been viewed as opposing disciplines, yet Bacteriography by Zachary Copfer has married the two to show that doesn't have to be the case at all. By using an original and unique technique, the former microbiologist who recently turned visual artist has been developing photos in bacteria.
Aside from some radical changes in material, Bacteriography by Zachary Copfer follows a process very similar to traditional photo developing. In place of light sensitive photographic paper and exposing it to light, he uses genetically altered bacteria in a petri dish, exposing it to short-wavelength ultraviolet radiation. Once the bacterial growth (the image) is satisfactory, the bacteriograph is refrigerated before it undergoes another round of radiation to kill any microbes. Then it is sealed with a layer of acrylic.
Aside from some radical changes in material, Bacteriography by Zachary Copfer follows a process very similar to traditional photo developing. In place of light sensitive photographic paper and exposing it to light, he uses genetically altered bacteria in a petri dish, exposing it to short-wavelength ultraviolet radiation. Once the bacterial growth (the image) is satisfactory, the bacteriograph is refrigerated before it undergoes another round of radiation to kill any microbes. Then it is sealed with a layer of acrylic.
Trend Themes
1. Bacteriography - Disruptive innovation opportunity: Explore the potential of using genetically altered bacteria in various artistic applications, such as creating photography.
2. Art and Science Collaboration - Disruptive innovation opportunity: Encourage collaborations between artists and scientists to develop unique and groundbreaking projects that merge art and science.
3. Alternative Materials - Disruptive innovation opportunity: Investigate the use of unconventional materials in traditional industries, such as replacing light-sensitive photographic paper with bacteria for developing photos.
Industry Implications
1. Fine Arts - Disruptive innovation opportunity: Integrate scientific advancements into fine arts practices to create innovative and boundary-pushing artworks.
2. Biotechnology - Disruptive innovation opportunity: Apply genetic engineering techniques to create bacteria-based materials that can be used in various industries, not just photography.
3. Photography - Disruptive innovation opportunity: Embrace alternative methods of photo development, such as using bacteria, to push the boundaries of traditional photography and offer unique artistic experiences.
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