AutoQASM

AutoQASM is not an officially supported AWS product.

This experimental module offers a new quantum-imperative programming experience embedded in Python for developing quantum programs. AutoQASM is experimental software. We may change, remove, or deprecate parts of the AutoQASM API without notice. The name AutoQASM is a working title and is also subject to change.

This documentation provides information about the AutoQASM library. The project is hosted on GitHub at https://github.com/amazon-braket/autoqasm. The project includes the source code, installation instructions, and other information.

User Guide

• AutoQASM decorators
  • @aq.main
  • @aq.subroutine
  • @aq.gate
  • @aq.gate_calibration
• AutoQASM with Amazon Braket Hybrid Jobs
  • Using AwsQuantumJob.create
  • Using the @hybrid_job decorator

Examples

• Getting Started with AutoQASM
  • Build and run a Bell state program
• Expressing Classical Control Flow
  • Subroutine
  • If-else logic branch
  • For-loop
  • Summary
• Iterative Phase Estimation
  • Summary
• Magic State Distillation
  • Apply non-Clifford gates with magic states
  • Magic state distillation
  • Repeat until success
  • Summary
  • Reference
• Native Programming
  • Device-specific validation
  • Custom gate definitions using @aq.gate
  • Summary
• Pulse Programming and Dynamical Decoupling
  • Customize delay with pulse programming
  • Error suppression with dynamical decoupling sequences
  • Summary
• Customize Gate Calibrations
  • Gate calibrations from hardware providers
  • Compose custom gate calibrations with AutoQASM
  • Summary

Architecture

• AutoQASM Variable Capture and Assignment
  • How AutoQASM Transforms Python Code
  • AST Transformation of Assignments
  • The assign_stmt Operator
  • The Program Conversion Context
  • Type System
  • Integration with oqpy
  • Return Value Handling
  • Deferred Promotion of Plain Python Values
  • Common Pitfalls for Contributors

API Reference

• API Reference
  • autoqasm package