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Implementing Kirigami Techniques in Computing Technologies
Researchers at the University of North Carolina have developed a mechanical computer using Kirigami techniques to create and manipulate three-dimensional forms without the need for electrical power. The Kirigami computer consists of 64 cubes, each just 1 cm wide and high, interconnected through mechanical movements. This unique design allows data manipulation by pushing cubes up or down, altering their geometry and connections.
Architecture and Operation Principles of the Kirigami Computer
Each cube in the Kirigami computer is connected to others using thin strips of elastic tape. During data editing, users pull on the edges of the cube structure, stretching the elastic tape and moving cubes in the desired direction. Releasing the structure locks the cubes in place, preserving data without changes.
Potential for Complex Computations and Development of New Functions
According to Professor Tze Yin from the University, the goal of the Kirigami computer is to create a reliable mechanical system for data storage and computational tasks. Future developments envision expanding the computer to a system with five states, opening new possibilities for complex computations and applications such as data encryption and tactile control.
Security and Energy Efficiency: Advantages of the Mechanical Kirigami Computer
The Kirigami mechanical computer impresses with its complexity and countless possible configurations using all 64 cubes, providing significant advantages in data processing and storage.
Researchers emphasize that the Kirigami computer is protected from electromagnetic impacts and remote intrusions, making it ideal for applications where security is critical. It also operates without the need for electricity, enhancing its energy efficiency and suitability for various scenarios, from backup systems to specialized computing tasks.
Source: itc.ua
