A large-format exploration of the intersecting and concentric lines that make up a maze.
Einstein tiles are a recently-discovered geometric shape, resembling a hat, that can perfectly cover an infinite plane without ever creating a repeating pattern.
"Einstein" does not refer to the physicist, but instead derives from the German "ein stein" (one stone).
This tile, discovered by math hobbyist David Smith in 2022, resolves a decades-long mathematical search for a single shape which can tile aperiodically (without repeating).
Tessellation is a mathematical art form that involves covering a surface with geometric shapes, tiles or plates to create a pattern without any overlap or spaces between them.
The pattern is created by rotating, translating (sliding), and/or reflecting (mirroring) the plates onto a triangular 30-, 60- and 90-degree grid. Each linoleum plate in the Labyrinth series has been cut to these gridlines no matter the plate orientation.
oil and canvas on stretchers
£1,643.86
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A large-format exploration of the intersecting and concentric lines that make up a maze.
Einstein tiles are a recently-discovered geometric shape, resembling a hat, that can perfectly cover an infinite plane without ever creating a repeating pattern.
"Einstein" does not refer to the physicist, but instead derives from the German "ein stein" (one stone).
This tile, discovered by math hobbyist David Smith in 2022, resolves a decades-long mathematical search for a single shape which can tile aperiodically (without repeating).
Tessellation is a mathematical art form that involves covering a surface with geometric shapes, tiles or plates to create a pattern without any overlap or spaces between them.
The pattern is created by rotating, translating (sliding), and/or reflecting (mirroring) the plates onto a triangular 30-, 60- and 90-degree grid. Each linoleum plate in the Labyrinth series has been cut to these gridlines no matter the plate orientation.
oil and canvas on stretchers
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