AquaVesica · Phase 3 Prototype

Nested Sphere Viability Model

A Rayleigh-Plesset-type spherical bubble dynamics visualizer for testing whether a gas/vapor core can persist in still water before any speculative function is assigned to it.

Layer 1: Classical ActiveLayer 2: Boundary OptionalLayer 3: Coherence Locked0-10 ms SimulationNoDB JSON Annotations

Instrument Identity

Can the cavity persist?

AquaVesica models the time evolution of a spherical gas/vapor bubble radius in still water. The user selects depth, temperature, initial radius, optional structured-boundary strength, and expert assumptions. The instrument calculates radius over time, classifies the trajectory, and exposes failure states rather than hiding them.

InstrumentAquaVesica

Model TypeSpherical Bubble Dynamics

EquationRayleigh-Plesset

GeometrySphere

CoreAir / Vapor

Window0-10 ms

Visualizer

Layer 1 Active

→←↓↑

Current StateStable

Radius1.00 mm

Pressure1.97 atm

Methodological Note

Active Equation

rho ( R Rddot + 3/2 Rdot^2 ) = P_B(R,T) - P_infinity - 2 sigma*/R - 4 mu* Rdot/R

AquaVesica uses a Rayleigh-Plesset-type spherical bubble dynamics model. Structured Boundary Mode modifies effective surface tension and viscosity only. Shell-stabilization pressure, salinity, external flow, toroidal transition, water-memory behavior, and coherence scoring are disabled in this instrument.

P_B(R,T) = P_v(T) + P_g0 (R_0/R)^(3 kappa)

sigma_eff = sigma(T)(1 + aS)

mu_eff = mu(T)(1 + bS)

Layer State

Domains in the Paper, Layers in the Interface

Layer 1

Classical

Pressure, radius evolution, surface tension, viscosity, collapse, and oscillation.

Layer 2

Boundary

Optional structured-boundary sensitivity through effective material terms.

Layer 3

Coherence

Locked. No coherence, memory, or objective-reduction output is calculated.

Rule: Later stages are only justified if earlier stages remain physically viable.

Scholarly Questions and Additions

AquaVesica Annotation Log

Use this no-database local annotation log for parameter observations, model failures, equation concerns, source suggestions, interface issues, and experimental ideas. Submissions capture the active model snapshot.

NoDB JSON self-posting: This form generates a structured JSON payload locally, stores a browser-local copy, and lets you copy or download the payload for review. No database is required for this static page.