🧠 Zeno

USE PYTHON 3.11.9! (python3.11)

A timeless engine for symbolic wave and field simulation — discrete, harmonic, and post-calculus.

Zeno is a dual-stack symbolic physics engine and visualization platform, designed to replace classical PDE solvers with fully symbolic, recursive logic rooted in Partition Geometry, entropy gradients, and wave-based field theory.

It is built for researchers, engineers, and thinkers who seek to simulate energy, heat, curvature, and structure without calculus, without derivatives, and without floating-point diffusion — using symbolic logic alone.

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📐 What Does Zeno Do?

Zeno simulates symbolic field evolution in 1D, 2D, and 3D using equations like:

[ \frac{∂𝒜}{∂t} = -i \left( ℛ[𝒜] + λ𝒯[𝒜] + κ|𝒜|^2𝒜 + β𝒮^*[𝒜] \right) ]

Where:

• 𝒜 is the symbolic energy field
• ℛ[𝒜] is symbolic curvature via Partition Geometry
• 𝒯[𝒜] is symbolic torsion (antisymmetric twist)
• |𝒜|²𝒜 is nonlinear self-focusing
• 𝒮*[𝒜] is symbolic entropy tension

This is known as the Partition Geometry Navier–Stokes (PGNS) equation — a discrete symbolic replacement for ∇², ∇·, and ∇× operators in classical PDEs.

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🧰 Monorepo Structure

This repo contains two core projects:

zeno/
├── zeno-engine-python/ # Symbolic simulation engine (Numba, FastAPI)
├── zeno-gui/ # UI viewer (SvelteKit, TailwindCSS, Three.js)
├── docker-compose.yml # Full-stack runner (viewer + API)

🔬 zeno-engine-python/

• Runs symbolic simulations (PGNS, REHTE, etc.)
• Offers both CLI and HTTP API
• Saves .mp4, .gif, .npy, .csv, .json metrics
• Powered by FastAPI, Numba, and NumPy

🌐 zeno-gui/

• Web UI for configuring and launching simulations
• Tailwind-powered design, optional Three.js visualizer
• Shows simulation output and status in-browser

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🚀 Quickstart (Dev Mode)

# Launch both API and Viewer in dev mode
docker-compose -f docker-compose.dev.yml up --build