Reverse Dependencies of pyquil

The following projects have a declared dependency on pyquil:

• azure-quantum — Python client for Azure Quantum
• bloqs — A small utility library for Qiskit quantum gates in Cirq and pyQuil
• cirq-rigetti — A Cirq package to simulate and connect to Rigetti quantum computers and Quil QVM
• cirq-unstable — A framework for creating, editing, and invoking Noisy Intermediate Scale Quantum (NISQ) circuits.
• em-pyquil — A Python library implementing error mitigation on pyquil programs.
• entropica-qaoa — Entropica Labs QAOA package
• forest-benchmarking — QCVV and Benchmarking
• JaqalPaq-extras — Python tools for Jaqal (extras)
• JaqalPaq-extras-dev — Python tools for Jaqal (extras)
• mitiq — Mitiq is an open source toolkit for implementing error mitigation techniques on most current intermediate-scale quantum computers.
• myqlm-interop — myQLM-interop package
• netQuil — A Distributed Quantum Network Simulator
• openqaoa-pyquil — Pyquil Plug-in for OpenQAOA
• openqemist — Quantum chemistry simulation library.
• PennyLane-Rigetti — Rigetti backend for the PennyLane library
• pyquil-for-azure-quantum — Run Quil programs on Microsoft Azure Quantum using pyQuil
• pytket-pyquil — Extension for pytket, providing translation to and from the pyQuil framework
• qapp-pyquil — QApp pyquil library supporting QApp Platform for Quantum Computing
• qbraid — Platform-agnostic quantum runtime framework.
• qclassify — A Python framework for the variational quantum classifier
• qcompress — A Python framework for the quantum autoencoder algorithm
• qctrl-pyquil — Q-CTRL Python PyQuil
• qcware-quasar — Build and execute quantum circuits on various backends.
• qiskit-rigetti — Provider for running Qiskit circuits on Rigetti QPUs and simulators.
• qLEET — qLEET is an open-source library for exploring Loss landscape, Expressibility, Entangling capability and Training trajectories of noisy parameterized quantum circuits.
• QREM — QREM package provides a versatile set of tools for the characterization and mitigation of readout noise in NISQ quantum devices.
• qstone — Benchmarking suite for Quantum Computers integration into HPC Systems
• quantastica-qiskit-forest — Forest backend for Qiskit: run Qiskit code on Rigetti quantum computers or simulators
• quantumflow — "Cross compiler for gate based models of quantum computing"
• qucochemistry — A VQE package which interfaces with Rigetti's QCS platform
• qxbranch.quantum-feature-detector — A Python application by QxBranch for running Quantum Feature Detectors
• strangeworks-rigetti — Strangeworks Rigetti SDK extension
• test-JaqalPaq-extras — Python tools for Jaqal (extras)