Protocell Fusion

Stavros Didakis

Protocell Fusion

Stavros Didakis

University of Plymouth

Research output: Non-textual form › Artwork

Abstract

“Protocell Fusion” is a work that investigates current practices in synthetic biology, machine learning and computational media, exploring the speculative possibilities in creating new life forms that are generated from protocell research. The installation allows the viewers to participate as lab scientists into the development of new alchemic relationships that are generated on the petri dish with the use of multiple pipets that contain multiple analogies of chemical substances. The visualization of the process that is generated by machine vision algorithms, display the realtime reactions layered with predictive patterns that demonstrate possible new life forms.

Medium: Synthetic biology, computer vision, real-time generative visuals

Original language	English
Publication status	Published - 10 Jan 2018

UN SDGs

This output contributes to the following UN Sustainable Development Goals (SDGs)

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title = "Protocell Fusion",

abstract = "“Protocell Fusion” is a work that investigates current practices in synthetic biology, machine learning and computational media, exploring the speculative possibilities in creating new life forms that are generated from protocell research. The installation allows the viewers to participate as lab scientists into the development of new alchemic relationships that are generated on the petri dish with the use of multiple pipets that contain multiple analogies of chemical substances. The visualization of the process that is generated by machine vision algorithms, display the realtime reactions layered with predictive patterns that demonstrate possible new life forms.Medium: Synthetic biology, computer vision, real-time generative visuals",

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AB - “Protocell Fusion” is a work that investigates current practices in synthetic biology, machine learning and computational media, exploring the speculative possibilities in creating new life forms that are generated from protocell research. The installation allows the viewers to participate as lab scientists into the development of new alchemic relationships that are generated on the petri dish with the use of multiple pipets that contain multiple analogies of chemical substances. The visualization of the process that is generated by machine vision algorithms, display the realtime reactions layered with predictive patterns that demonstrate possible new life forms.Medium: Synthetic biology, computer vision, real-time generative visuals

M3 - Artwork

ER -

Protocell Fusion

Abstract

UN SDGs

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