Physics OS

소개

The Physics OS, powered by The Ontic Engine, revolutionizes large-scale physics simulation by replacing traditional dense numerical arrays with Quantized Tensor Trains (QTT). This mathematical compression reduces memory requirements from O(N³) to O(log N), enabling simulations with trillions of degrees of freedom on a single workstation. Unlike approximations, it ensures conservation laws are verified to machine precision and generates cryptographic trust certificates using Lean 4 formal proofs, Halo2 zero-knowledge circuits, and Ed25519 signatures, providing undeniable proof that the physics computations ran correctly.

주요 기능

• Formal verification of governing equations with Lean 4 and Halo2 ZK circuits for computation integrity
• O(log N) memory scaling for physics simulations using Quantized Tensor Trains (QTT)
• Platform Shell with REST API, Python SDK, CLI, and MCP Server for AI agents
• 0 GitHub stars
• Generation of Ed25519-signed trust certificates for verified simulation outputs
• Supports 7 core physics domains (e.g., Navier-Stokes, Schrödinger, Maxwell) and 8 QTT meta-primitives

사용 사례

• Scientific research across 20 industry verticals, including medical, finance, and quantum computing
• Addressing civilization-scale challenges such as grid stability, pandemic preparedness, and climate tipping points
• High-fidelity engineering decisions in aerospace, fusion energy, and drug design