Reverse Dependencies of qiskit-aer

The following projects have a declared dependency on qiskit-aer:

• AlphaClops1 — A framework for creating, editing, and invoking Noisy Intermediate Scale Quantum (NISQ) circuits.
• amplify.qaoa — Amplify SDK for running QAOA with quantum computer and simulator
• autoscheduler — A library for quantum circuit composition
• bosonic-qiskit — National Quantum Initiative Co-design Center for Quantum Advantage bosonic Qiskit simulator
• circuit_knitting_toolbox — A software prototype for a circuit knitting toolbox which connects user applications with runtime primitives
• cirq — A framework for creating, editing, and invoking Noisy Intermediate Scale Quantum (NISQ) circuits.
• cuquantum-python-cu11 — NVIDIA cuQuantum Python
• cuquantum-python-cu12 — NVIDIA cuQuantum Python
• discopy — The Python toolkit for computing with string diagrams.
• discrete-optimization — Discrete optimization library
• falcondale — Falcondale SDK
• gem-suite — Qiskit Experiments suite for generation of entanglement using measurements.
• graphix — Optimize and simulate measurement-based quantum computation
• graphix-ibmq — IBMQ interface for graphix library, the MBQC compiler
• HAQC — A Heuristic Algorithm Framework for Quantum Algorithms
• HQGA — A library for implementing Hybrid Quantum Genetic Algorithm (HQGA)
• hyvis — A package for visualization of quantum-classical hybrid systems.
• icquantum — Support tooling for Quantum Computing simulations.
• ingenii-quantum-hybrid-networks — Hybrid quantum-classical neural networks for 2D and 3D image processing
• iqm-benchmarks — A package for implementation of Quantum Characterization, Verification and Validation (QCVV) techniques on IQM's hardware at gate level abstraction
• ket-lang — Ket quantum programming language interpreter and library
• mitiq — Mitiq is an open source toolkit for implementing error mitigation techniques on most current intermediate-scale quantum computers.
• mpqp — Facilitate quantum algorithm development and execution, regardless of the hardware, with MPQP
• mqt.problemsolver — MQT ProblemSolver - A MQT tool for Solving Problems Using Quantum Computing
• mqt.qao — MQT Quantum Auto Optimizer: Automatic Framework for Solving Optimization Problems with Quantum Computers
• mqt.qecc — QECC - An MQT Tool for Quantum Error Correcting Codes
• neuroflex — An advanced neural network framework with interpretability, generalization, robustness, and fairness features
• nz-seqtech — A library for DNA sequence encoding in quantum machine learning
• openqaoa-qiskit — Qiskit Plug-in for OpenQAOA
• parityos — Python bindings to the ParityOS API
• PennyLane-qiskit — PennyLane plugin for Qiskit
• povm_toolbox — A toolbox for the implementation of positive operator-valued measures (POVMs).
• pqcprep — Parametrised quantum circuits for quantum state preparation.
• prototype-zne — Zero Noise Extrapolation (ZNE) prototype for error mitigation on
• pyriemann-qiskit — Qiskit wrapper for pyRiemann
• pytket-qiskit — Extension for pytket, providing translation to and from the Qiskit framework
• qaoalib — A package for QAOA Maxcut calculations
• qat-compiler — A low-level quantum compiler and runtime which facilitates executing quantum IRs.
• QCut — A package for performing wire cuts of hardware without reset-gates or mid-circuit measurements. Built on top of qiskit
• qcware-quasar — Build and execute quantum circuits on various backends.
• qcware-transpile — A quantum circuit transpilation framework
• qdd — Qiskit Provider for QDD
• qdna-lib — A quantum computing library for data science and artificial intelligence
• qiskit-addon-aqc-tensor — Approximate quantum compilation with tensor networks
• qiskit-addon-cutting — Reduce width and depth of quantum circuits by cutting gates and wires.
• qiskit-alice-bob-provider — Provider for running Qiskit circuits on Alice & Bob QPUs and simulators
• qiskit-aqt-provider — Qiskit provider for AQT backends
• qiskit-aqt-provider-internal — Qiskit provider for AQT backends
• qiskit-aqt-provider-rc — Qiskit provider for AQT backends
• qiskit-aws-braket-provider — A provider for qiskit to access quantum devices through AWS Braket
• qiskit-classroom-converter — extend the Qiskit classroom applications.
• qiskit-cold-atom — Integration of cold atomic experiments into the Qiskit SDK.
• qiskit-dell-runtime — Dell provider for Qiskit Runtime backends
• qiskit-experiments — Software for developing quantum computing programs
• qiskit-hangyul — A quantum provider for Qiskit
• qiskit-ibm-runtime — IBM Quantum client for Qiskit Runtime.
• qiskit-iqm — Qiskit adapter for IQM's quantum architectures
• qiskit-pqcee-provider — An 8-qubit universal quantum emulator adapted for web3 platforms, originally presented at IEEE QCE 20. This package takes Qiskit code and converts it to QuICScript, a language developed by pQCee to write quantum circuits.
• qiskit-quantier — QUANTier version of provider for Qiskit
• qiskit-qulacs — Qiskit Qulacs to execute Qiskit programs using Qulacs as backend.
• qiskit-research — Research using Qiskit, demonstrating best practices for running quantum computing experiments.
• qiskit-scaleway — ('A Qiskit package to simulate and connect to Scaleway Quantum as a Service',)
• qiskit-state-evolution-recorder — Simple module allowing to record animations to trace changes in qubit states for arbitrary quantum circuits.
• QiskitExtension — A Qiskit visualize extension
• qlbm — Quantum Algorithms for Lattice Boltzmann Methods.
• qlearnkit — no summary
• qlep — Quantum Leader Election Protocols
• qoqo-qiskit — no summary
• qoqo-tket — no summary
• qpiai-ml — no summary
• qrand — A multiprotocol and multiplatform quantum random number generation framework
• qsee — qsee: A quantum object search engine
• qsp — implementation of different methods to prepare quantum states on quantum computer
• quantum-attack-simulator — A Python library for simulating BB84 protocol security and attacks.
• quantum-gates — Quantum Noisy Gates Simulation with Python
• quantum-linear-solvers — Quantum linear solvers package for qiskit
• quantum-tree — Quantum decision trees with binary features and binary classes
• quantumaudio — A Python package for building Quantum Representations of Digital Audio. Developed by Moth Quantum.
• quantumlime — QLIME (Quantum Local Interpretable Model-agnostic Explanations) is a Python library for interpreting quantum neural networks using local surrogate models.
• quasim — Efficient simulation of quantum computing circuits.
• qucat-cover — QuCAT: A Combinatorial Testing Tool for Quantum Software
• qudas — Quantum data transform package
• quito — A coverage guided test generator for quantum programs
• qumat — A library for composing quantum machine learning.
• qumeas — A high-performance, multi-threaded, quantum computing library for Pauli measurements.
• qupython — Write quantum programs directly in Python
• qusbt — Search-based testing of quantum programs
• qutip-qip — The QuTiP quantum information processing package
• qwgc — Graph classifier based on quantum walk
• simuq — A Python package for quantum simulation with analog compilation
• squlearn — A library for quantum machine learning following the scikit-learnstandard.
• staged-primitives — Backend based primitives defining a staged computational pipeline.
• tspq0 — Travelling salesman problem by qiskit
• U-Cincy-quantum-tools — Provides functionaliy for UC_Quantum_Lab development tools
• UC-Quantum-tools — Provides functionaliy for UC-Quantum-Lab development tools
• vqc — Virtual Quantum Computing
• vqls-prototype — Repository for a quantum prototype