portrait
ai
01:24
2024
Markos R. Kay (né Christodoulou) is a multidisciplinary artist and director with a focus in art & science and generative art. He is best known for the artificial-life video art experiment aDiatomea (2008), first exhibited at Ernst Haeckel's Phyletic Museum, the generative short film The Flow (2011), shown worldwide, and the series of particle simulation paintings Quantum Fluctuations (2016), now part of the Fidelity Art Collection. His art and design practice ranges from screen-based media to print and has been featured in museums, exhibitions, festivals, and publications such as the ArtScience Museum, Museum of Contemporary Digital Art, Bill and Melinda Gates Foundation, Ars Electronica, National Geographic, Wired and VICE.
His work can be described as an ongoing exploration of digital abstraction through experimentation with generative methods. His experiments often explore the complexity of the invisible and mysterious worlds of molecular biology and particle physics. A major theme in his work is the computational paradigm of the natural sciences as seen in the relationship between scientific observation, simulation and visualisation. He has worked with various scientific, government and art organizations including: MIT, Belfast City, European Parliament, Howard Hughes Medical institute, Simons Foundation, National Hemophilia Foundation, and Playgrounds Design Festival. He has also worked with commercial clients such as: Apple, Fox, Disney, Nike, Adidas, Maserati, Ford, MTV, Nvidia, BBC, Vimeo, Warner Bros and Channel 4.

Multicellularity
The leap from single cells to multiple cells working together as a single organism is as mysterious as the beginning of life itself. Many theories have been put forward some of which are visualised in this video like the idea of cells working symbiotically, or cells creating divisions within them, or colonies of cells aggregating together. More recent experiments have revealed that certain mutations may have led cells to develop the ability to attach to each other. We are all multicellular organisms, so this step and feature of evolution of these microscopic biocomputers working together in tandem is so fundamental to our existence.
ai
portrait
01:24
2024