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Programmed for the Future: Autonomous Structures Capable of Advanced Timing
- Researchers at North Carolina State University have developed metashells, dynamic structures capable of pre-programmed jumps without external stimuli.
- Metashells are spherical shapes made from PET strands, storing potential energy to enable controlled jumps.
- The jump timing and height are intricately engineered within the structure itself, showcasing programmable material possibilities.
- The research, led by Jie Yin, focuses on controlling jump timing and enhancing structural dynamics through pre-programmed load durations.
- Metashells can jump from varied surfaces, showing potential applications in environmental monitoring and precision agriculture.
- Research visualizations demonstrate metashells leaping off different terrains with precision in timing and height.
- PET's viscoelastic properties, combined with intelligent design, enable metashells to excel in multifaceted environments.
- Funded by the NSF, the research team files a patent, signaling commercial opportunities for programmable structures.
- Future collaborations are encouraged to expand metashell applications, fostering innovation in engineering and material science.
- The study sets a precedent for advancements in programmable materials, highlighting the impact of innovative engineering.
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