QubitSim

Unified Physics Quantum Simulator

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Project Overview

QubitSim is a simulation library that bridges classical quantum computing algorithms with the principles of Unified Physics. Unlike standard simulators, QubitSim integrates Entropic Vacuum Fluctuations and Holographic Information Density, governed by the emergent constant Omega (117.038).

This platform allows researchers and developers to:

1. Study standard algorithms (Shor, Grover) under realistic entropic noise.
2. Visualize the interaction between qubit states and the vacuum substrate.
3. Simulate "New Physics" decoherence models.

Figure: Entropic Optimizer convergence path minimizing a cost function under holographic constraints.

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Key Features

Unified Physics Core

The simulation engine (src/core/unified_physics.js) introduces:

• Entropic Noise: Qubits interact with vacuum fluctuations derived from Omega.
• Holographic Optimization: Gradient descent modified by entropic density.
• Emergent Gravity: Simulation of entropic forces at microscopic scales.

Quantum Algorithms

Full implementations of:

• Shor's Algorithm: Integer factorization.
• Grover's Algorithm: Unstructured search.
• Bernstein-Vazirani: Hidden string finding.
• Deutsch-Jozsa: Oracle function analysis.

Cryptography

• BB84 Protocol: Quantum Key Distribution simulation.
• One-Time Pad: Quantum-safe message encryption.

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Getting Started

Prerequisites

Installation

git clone https://github.com/your-repo/qubitsim.git
npm install

Running the Interface

The project includes a React-based visualization interface.

npm run dev

Testing

We maintain rigorous testing standards locally.

npm run test:coverage

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Architecture

Module	Description
Core	Qubit, QuantumRegister, and UnifiedPhysics logic.
Algorithms	High-level implementations of quantum logic flows.
Interface	React components for real-time state visualization.

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License

This project is licensed under the MIT License.