Design Proposal for a Circular Cavitation Loop Engine with Passive Fluidic Logic and Scissor-Based Actuation

This document presents a novel theoretical design for a self-sustaining cavitation-based engine, inspired by the pistol shrimp's claw mechanics. The proposed system consists of a closed-loop sequence of fluid chambers triggered by pressure pulses and bistable mechanical actuators. It integrates fluidic logic, passive energy transfer, and scissor-based compression in a circular configuration. This concept has not been previously implemented and may serve as a foundation for experimental research into low-input, cyclic energy systems and fluidic computation.