Cavitation-Gated Gene Correction: A Speculative Mechanistic Bridge Between Focused Ultrasound Ablation and Mutation Reversal

This idea note synthesises the mechanical principles of histotripsy—non-thermal focused ultrasound tissue fractionation via controlled cavitation—with quantum and molecular concepts of nucleation, tunneling, and gene editing. It proposes a speculative translational bridge in which the spatially precise bubble dynamics of histotripsy are repurposed from pure ablation toward transient membrane permeabilisation and localised delivery of gene-editing payloads. The aim is to explore whether mutation-driven oncogenesis can be addressed at the cellular level by coupling established acoustic cavitation physics with emerging genetic tools, while remaining strictly within the bounds of current physical and biological understanding.