rgd-physics 0.1.0

Relativistic Graph Dynamics Kernel & CFT Implementation

⚛️ RGD Physics Kernel

The Reference Implementation for Relativistic Graph Dynamics

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🌌 Overview

RGD Physics is a pure Python kernel that enforces the laws of physics on synthetic entities. Unlike game engines that simulate the collision of matter, this engine simulates the collision of Causality and Intent.

It implements the Chronon Field Theory (CFT), treating spacetime not as a continuous void, but as a discrete lattice of information packets called Aions, evolved under strict thermodynamic and relativistic constraints.

Why use this?

• For AGI: Replace hallucination with simulation. If your LLM predicts a physical state that violates the Light Cone, this kernel rejects it.
• For Robotics: Native handling of "Time Dilation" (Lag) due to computational load.
• For Swarms: Fluid dynamics applied to data streams to prevent decoherence.

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🧬 The Matter of Time: Chronon vs. Aion

We distinguish between the container and the vital state.

Component	Role	Metaphor	Data Structure
The Chronon	Hardware	The Envelope	Immutable Container (Anchor + Metric + Laws)
The Aion	Payload	The Letter	The Isotope residing inside (128/512/4096 bits)

The Periodic Table of Aions

The kernel supports multi-scale reality through different Aion isotopes.

1. Aion-128 (The Spark): Ultra-light. 16 Bytes. For IoT, Smart Dust, and Massive Swarms.
2. Aion-512 (The Breath): Standard. 64 Bytes (Exact CPU Cache Line). For Humanoid Robotics and Autonomous Vehicles.
3. Aion-4096 (The Soul): Heavy. 512 Bytes. For AGI States and Deep Simulation Snapshots.
4. Synthetic (v#): Custom bit-width Aions for experimental research.

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⚡ Quick Start

1. Installation

pip install rgd-physics

2. Initialize a UniverseYou can run the engine in Lean Mode (Newtonian, Fast) or Quantum Mode (CFT, Accurate).Pythonfrom rgd_physics import Presets from rgd_physics.chronon.aions import Aion512

BOOTSTRAP: Initialize a Quantum-Relativistic Universe

Enables: Discrete Lattice, String Dynamics, Thermodynamics, Relativity

engine = Presets.quantum_simulation() engine.boot()

DEFINE REALITY: Create two moments in time (T0 -> T1)

t0 = Aion512(anchor=100, metric_lo=0, metric_hi=0, meta_data=0xA00F, ...) t1 = Aion512(anchor=101, metric_lo=10, metric_hi=0, meta_data=0xA00F, ...)

VALIDATE: Attempt the transition

try: report = engine.validate_step(t0, t1, dt=0.001)

print(f"✅ State Committed.")
print(f"   Time Dilation (Gamma): {report['relativity']['gamma']:.4f}")
print(f"   Entropy Generated:     {report['thermodynamics']['heat_rate']:.2f} J/K")

except Exception as e: print(f"❌ REALITY FORKED: {e}") # Trigger fallback logic / re-planning 📂 ArchitectureThe codebase is organized into four semantic layers:Plaintextsrc/rgd_physics/ ├── chronon/ # [DATA] The Immutable Truth (Aions) ├── geometry/ # [KERNEL] The Spacetime Board (Newton vs Lattice) ├── dynamics/ # [MODEL] The Player (Particle vs String vs Fluid) └── laws/ # [RULES] The Referee (Thermo, Relativity, Coherence) 📜 Theoretical BackgroundEffective Minimal Time: We enforce a synthetic Planck Scale ($\Delta t_{eff}$) derived from Calmet et al. (2004). Transitions faster than this limit are treated as Quantum Noise.Causal Vector Fields: Time is treated as a local vector field $u^\mu(x)$. Movement against the flow requires infinite energy.Landauer Limit: Information processing generates heat. The Thermodynamics law audits the entropy delta of the Aion payload.

"Synthetic Reality is not a stream. It is a sequence of validated 512-bit choices." — Pasquale, RGD Physics, 2025