Innovative Circuit Enables Electricity-Free Robotic Commands

Researchers at King's College London have developed a fluid pressure-based circuit allowing robots to operate without electricity, enhancing their computational capabilities.

• King's College London researchers have created a circuit that transmits commands to robots using fluid pressure instead of electricity.
• This technology mimics human biological functions and could free up space in robots for advanced AI software.
• The circuit allows robots to perform complex tasks without relying on a central control system, increasing their autonomy.
• It enables robots to operate in environments where electricity is impractical, such as high-radiation areas or MRI rooms.
• The team aims to integrate these circuits into larger robots, potentially revolutionizing industries like social care and manufacturing.

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