In the Physical Sea model, quantum mechanics is the study of Sea Acoustics. Particles are not point-like entities but localized standing waves, solitons, or resonances within the energy-dense medium.
A "particle" is a stable, self-reinforcing wave-packet (soliton) within the Sea's density field.
Where is the amplitude, which depends on the local medium density . The frequency is a function of the Sea's internal tension.
Entanglement is interpreted as a shared resonance within a single localized volume of the Sea.
When two wave-packets are formed within the same localized volume, they share a common density state. As they separate, they maintain a "non-local" connection through the medium's internal lattice.
Interacting with a wave-packet "pins" the local density , causing the wave-to-particle transition.
The act of measurement involves introducing a massive or high-energy probe that stabilizes the local density, forcing the wave-packet into a discrete, particle-like state.