quantum-starter-lab 0.1.3

A beginner-friendly Python layer for running and visualizing introductory quantum demos.

quantum-starter-lab

A single, beginner-friendly Python layer that wraps the most common introductory quantum tasks so newcomers can learn and build quickly.

Created by Pranava Kumar

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Key Features

• 🚀 One-Line Demos: Run classic quantum algorithms like Bell's state, Grover's search, and Teleportation with a single function call.
• 🔬 Intuitive Noise Simulation: Easily compare ideal results with noisy ones to build an intuition for the challenges of real hardware.
• 📊 Visual, Explain-First Outputs: Get beautiful plots and plain-language explanations of "what just happened" with every run.
• 🔄 Framework-Agnostic: Start with Qiskit's simulator by default, and switch to Google's Cirq with a single parameter.

Quick Start

Installation

Requires Python 3.10 or newer. Install with uv: uv add quantum-starter-lab

Example Usage

Create and visualize a Bell state with a bit of noise in just a few lines of Python: from quantum_starter_lab.api import make_bell

Run a Bell state demo with 1% bit-flip noise results = make_bell(noise_name="bit_flip", p=0.01, seed=42)

Print the simple explanation and counts print(results)

Show the circuit diagram and histogram plot results.plot()

Contributing

Contributions are welcome! Whether it's reporting a bug, suggesting a new feature, or submitting code, your help is valued. Please see our Contributing Guidelines to get started.

License

This project is licensed under the Apache 2.0 License. See the LICENSE file for details.

Acknowledgements

This project was created and is maintained by Pranava Kumar.