Interactive browser-based workbenches for public-facing model exploration, figure generation, and early-universe emergence visualization.
These public-facing tools are designed for exploration, figures, and explanatory use. They avoid private project-specific packaging and naming.
Interactive workbench for boundary response, active transition, effective coupling, parameter sweeps, and presentation figure export.
Public-facing cosmology-style simulator that traces a generic sequence from early plasma conditions through neutral matter, halo growth, collapse fraction, and first-generation star onset.
The original public simulator runs entirely in the browser. It is suited for parameter exploration, curve export, presentation figure assembly, and local scenario review without installing dependencies.
Open the workbench to control structural value, response scaling, boundary strength, coupling scale, and modeled fractional frequency shift. The app includes presets, plot export, parameter sweeps, and a figure-builder tab.
Explore response curves and effective-coupling behavior using direct interactive controls.
Capture the current state for reporting, collaboration, or downstream design tools.
Read the companion paper for background, framing, and formal presentation of the ideas behind the public boundary simulation.
The new public cosmology-style simulator explores matter emergence and early structure formation using generic stage labels that remain suitable for open demonstration.
Move across a normalized emergence timeline from plasma dominance through recombination proxy, neutral growth, halo assembly, and first-star onset.
Tune expansion rate, cooling efficiency, density contrast, collapse threshold, ionization lag, and seeding bias to test scenario sensitivity.
Generate plots, sweeps, state files, and figure-builder compositions suitable for explanatory public material.
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