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This research demonstrates a breakthrough in controlling phonon chirality within ferroelectric crystals using an electric field, enabling state retention without continuous power input. By manipulating the rotational direction of atomic vibrations, this work lays foundational groundwork for "phonorics," a potential future technology that processes information via sound waves rather than electrons. While not yet a commercial product, achieving reversible switching with memory represents a significant step toward novel quantum acoustic devices and advanced thermoelectric applications.