The Algorithmic Universe
A browser workspace for programmed worlds: rendering, physics-inspired rules and agent-inspired orchestration of changes.
Rules and dynamics laboratory · React / PIXI.js / Rapier 2D / Zustand / Simulation
The product problem
Study emergent structure as rules and parameters change, keeping mathematical ideas separate from observations.
An experimental browser laboratory. Architecture plans and installed dependencies are not completed features.
Experimenting with programmed-world rules
An illustrative intended journey, not a demonstration of the current live release.
- Choose simulation parameters and state.
- Separate rule changes from rendering changes.
- Observe structures and dynamics.
- Validate a new rule before trusted execution.
System components
- Simulation: parameters, state and programmed-world dynamics.
- Visualization: PIXI.js rendering and separate particle-presentation layers.
- Physics module: Rapier 2D rigid-body tooling.
- Cognitive layer: agent roles and generative-provider integration work.
Architecture & ownership
React/Zustand handle interface and state; rendering, physics and the cognitive engine are separate layers. Generated rules do not make their code trustworthy.
How can generated rules be explored without treating generated code as safe by default?
What to validate before use
Not an empirical model of our universe or proof of new physical laws. External AI needs separate safe configuration.
This describes the development scope. This page does not run the product, process payments or verify real-time availability.
Related products, distinct problems
- EvoSphere
Explore how local organism rules and environmental conditions change population behavior.
- MQC Simulator
Let users change model parameters and observe evolution without mixing numerical logic into the DOM interface.
- Phi · MATRIX-CORE
Separate an experiment from execution control while retaining its parameters and results.
- SRE · HAM
Test an alternative semantic-representation model through usable programming interfaces.
- Project Open Gate
Test whether a signal survives alternative explanations instead of turning a high score into a claim about reality.
- DVC · Project Apu
Preserve observation provenance and distinguish source objects from candidates, computed relationships and hypotheses.
Next step
Discuss a The Algorithmic Universe workflow
Describe the problem, current system, constraints and desired outcome. We agree scope and deliverables before cost and launch.
Discuss the task on Telegram ↗The link opens a human contact; it does not send a message automatically.