Welcome to The Quantum Brilliance SDK

The Quantum Brilliance SDK is a full-stack library for designing, optimizing, simulating and running hybrid quantum programs.

Features

• Execute quantum algorithms directly on QB’s next-generation room temperature quantum accelerators.

• High-level quantum subroutines for solving practical problems including optimization, chemistry and machine learning.

• A suite of world-class quantum circuit simulators, including GPU-capable and HPC-aware tensor network simulators.

• Accurate noise models and emulation of Quantum Brilliance’s hardware.

License

The Quantum Brilliance SDK is released under the Apache License, Version 2.0.

Basic Usage

• Getting started
  • Using the SDK
  • Development guide
• Examples
  • Notes on specific examples
• Command-line interface
• Quantum Computing
  • Quantum Gates
• Noise models
  • Summary of built-in noise models
  • Examples showing the use of a built-in noise model
• User defined noise models
  • Modifying the default noise model
  • Noise channels
• Variational Quantum Eigensolver (VQE) in QB SDK
  • General information
  • Python API
  • C++ API
  • Usage Options and Examples

Source Code Documentation

• C++ API
  • Class Hierarchy
  • File Hierarchy
  • Full API
• Python API
  • The session class
  • The Circuit class