Multidisciplinary artist and architect Philip Beesley weaves together such a broad array of technologies and systems in his artworks that they legitimately defy description, but the immediate impact of encountering these sprawling interactive installations is visceral and awe-inspiring. His latest work, Astrocyte, connects chemistry, artificial intelligence, and an immersive soundscape to create a living piece of architecture that responds to the presence of viewers.
The structure is made up of resilient, lightweight meshworks of thermally formed acrylic, laser-cut into geometrical patterns optimized for production with minimal waste. This unique space truss system is part of the Living Architecture Systems’ pioneering research into resilient and adaptable structures. Astrocyte’s structural mesh components use overlapping strands of material in doubly-curved conical forms that achieve extraordinary strength from minimal material. These innovative forms are clustered together in bundles that are similar to the multiple filaments spanning between outer and inner shells of natural bone structures.
The piece further incorporates 3D-printed lighting components and masses of custom glasswork that contain a combination of oil, inorganic chemicals, and other solutions to form a sort of chemical skin. At the core of Beesley research is the question of whether architecture can truly be “alive,” opening the possibility for self-repairing structures or deeply responsive organic environments, where artificial intelligence exists at almost every level of design. Regardless of the complexity and heady ideas, the works are deeply aesthetically intriguing, something directly out of science fiction.
Beesley is the director of the Living Architecture Systems Group and a professor at the School of Architecture at the University of Waterloo. You can explore much more of his work on his website and along with several videos and interviews on Vimeo.
