Advances in metamaterials for mechanical computing DOI Creative Commons
B. Chen, Jisoo Nam, Miso Kim

et al.

Published: April 1, 2025

Mechanical metamaterials are revolutionizing computation by offering a robust and energy-efficient alternative to traditional electronic systems. The field has seen remarkable progress; the structural design functionality of mechanical have advanced significantly, evolving from simple load-bearing enhancements encompass logic information storage through interconnected networks binary ternary units. This progress necessitates comprehensive review clarify complexities computing for broader audience. Review systematically explores evolution computing, ancient mechanisms modern counterparts, highlighting how uniquely address limitations in power consumption, scalability, reliability, especially extreme environments. We analyze fundamental principles metamaterial-based gates units, detailing their underlying mechanisms, strategies, diverse applications. Furthermore, we discuss integration these materials into existing machinery, emphasizing potential programmable enhance create self-powered systems robotics other concludes proposing strategic directions future research innovation this rapidly field.

Language: Английский

Advances in metamaterials for mechanical computing DOI Creative Commons
B. Chen, Jisoo Nam, Miso Kim

et al.

Published: April 1, 2025

Mechanical metamaterials are revolutionizing computation by offering a robust and energy-efficient alternative to traditional electronic systems. The field has seen remarkable progress; the structural design functionality of mechanical have advanced significantly, evolving from simple load-bearing enhancements encompass logic information storage through interconnected networks binary ternary units. This progress necessitates comprehensive review clarify complexities computing for broader audience. Review systematically explores evolution computing, ancient mechanisms modern counterparts, highlighting how uniquely address limitations in power consumption, scalability, reliability, especially extreme environments. We analyze fundamental principles metamaterial-based gates units, detailing their underlying mechanisms, strategies, diverse applications. Furthermore, we discuss integration these materials into existing machinery, emphasizing potential programmable enhance create self-powered systems robotics other concludes proposing strategic directions future research innovation this rapidly field.

Language: Английский

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