Blueqat
Build quantum circuits, run simulations, analyze results, and connect to hardware. Features include Hamiltonian manipulation, QAOA, and QASM export.
This is a Python SDK designed for quantum computing. It provides a flexible way to build quantum circuits using method chaining and slicing for applying gates to individual or multiple qubits.
Key features include:
- Flexible circuit creation without needing to specify qubit count initially.
- Support for standard gates, including rotation gates.
- Various circuit execution options, including state vector simulation, shot-based simulation, single amplitude calculation, and expectation value computation for Hamiltonians.
- Tools for representing and manipulating Hamiltonians using Pauli operators, including simplification and QUBO conversion.
- Implementations for algorithms like QAOA and tools for time evolution.
- Ability to export circuits to QASM.
- A circuit drawing backend for visualization.
- Cloud system connection capability (requires API key) to run circuits on hardware.
The SDK aims to make quantum programming accessible while providing powerful tools for simulation and algorithm development.
Categories:
Quantum Country
ZX-calculus
Unitary Foundation
IQM Pulla
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