The Radial Puzzle is Inspired by Organic Crystal Growth Patterns
Meghan Young — May 10, 2012 — Tech
References: n-e-r-v-o-u-s & design-milk
The Radial Puzzle is a modern interpretation of the classic jigsaw puzzle. It combines the classic hand-crafted creation with custom software technology. This technology simulates dendritic solidification, a crystal growth resembling snowflake formations, creating an interlocking organic pattern that is then converted into a complex Radial Puzzle.
Designed by Jessica Rosenkrantz and Jesse Louis-Rosenberg of Massachusetts-based studio Nervous System, each Radial Puzzle is one-of-a-kind, just like an actual snowflake. The finished designs, which are created by artist Jonathan McCabe, are then laser cut to form a finished wooden puzzle.
Made out of birch plywood, the Radial Puzzle is a veritable petri dish. Inspired by microscopic life, each individual piece represents a microorganism that interlocks with others to form something larger than itself.
Designed by Jessica Rosenkrantz and Jesse Louis-Rosenberg of Massachusetts-based studio Nervous System, each Radial Puzzle is one-of-a-kind, just like an actual snowflake. The finished designs, which are created by artist Jonathan McCabe, are then laser cut to form a finished wooden puzzle.
Made out of birch plywood, the Radial Puzzle is a veritable petri dish. Inspired by microscopic life, each individual piece represents a microorganism that interlocks with others to form something larger than itself.
Trend Themes
1. Custom Software Technology - Combining custom software technology with traditional jigsaw puzzle creation presents opportunities for creating unique and personalized puzzle experiences.
2. Dendritic Solidification - Simulating dendritic solidification in puzzle designs allows for the creation of intricate and organic patterns, offering a new level of complexity and challenge.
3. Microscopic Life Inspiration - Drawing inspiration from microscopic life forms introduces a new aesthetic and theme to puzzle designs, appealing to nature enthusiasts and science lovers.
Industry Implications
1. Toy and Game Industry - The toy and game industry can leverage this innovation by incorporating custom software, laser cutting technology, and unique themes to create innovative and engaging puzzles for all ages.
2. Art and Design Industry - Artists and designers can explore the use of dendritic solidification techniques to create visually stunning and intricate puzzle designs that blur the line between art and interactive entertainment.
3. Educational Industry - The educational industry can utilize the inspiration from microscopic life to develop educational puzzles that teach biology and ecology concepts in a fun and engaging way.
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