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Octopus locomotion reveals measurable principles for adaptive soft robotics

An octopus can slip its entire body, bulbous mantle and all, through a hole no bigger than its beak. In the lab, researchers observed specific, repeatable movements that make this possible. These are not tricks; they are measurable, empirical principles. Understanding them could redefine adaptive soft robotics, inspiring body plans that collapse and expand with purpose. For deeper exploration of biological intelligence informing technology, see our coverage of AI-assisted biosecurity risk demanding measured scientific scrutiny.