Bubble Dynamics In nonlinear acoustic Fields

My prior research and publications were all in bubble dynamics in applied nonlinear acoustic fields.  Early work was in Sonoluminescence.  Studying the physics of how bubbles move in an acoustic field led to much of the thinking that framed The Substrate Theory.  Acoustic standing waves in glass jars to create stable single bubble sonoluminescence inspired the 5D standing wave construct for mass stability, bubble collapse in nonlinear acoustic fields led to the thinking around matter-antimatter asymmetry and the phase transition, the theoretical foundations of the nonlinear KZK equation to describe high amplitude acoustic waves led to the UV-fixed point simulations, and the dynamics of single bubbles in an acoustic field inspired much of the overall construct of the substrate field