qrunch.quantum

The quantum module provides tools for efficient quantum computing and standard quantum formulations.

This module allows users to define quantum operators using linear combinations of various operators, such as Pauli and second quantization operators. Additionally, it supports the construction and sampling of quantum circuits on both real and simulated quantum computers.

By combining quantum operators with quantum circuits, users can estimate expectation values through various estimation techniques, making this module a powerful resource for quantum computation and simulation.

This module serves as a low-level entry point into the Kvantify Qrunch quantum SDK, designed for users with a solid understanding of the fundamental principles and formulations of quantum computing.

For users who are newer to quantum computing or prefer higher-level abstractions, we recommend exploring our extension modules, such as the Chemistry module (qrunch.chemistry), which provide more accessible interfaces and domain-specific tools.

Modules

algorithms	Module containing available quantum algorithms.
backends	The Backend modules holds all logic needed to run a backend calculation locally or on quantum hardware.
circuits	Module implementing quantum circuits.
error_mitigation	Module containing different error mitigation strategies.
estimators	Module with implementations of base classes for estimators.
gates	Module implementing all quantum gates.
groupers	Module containing groupers for grouping operators into groups of commuting operators.
measurement	Module containing quantum measurements used for sampling and expectation value calculations.
measurement_caches	Module containing measurement caches used by samplers and estimators.
metric_calculators	Module with bindings for rust implementation of metric calculators.
operators	Module that defines a variety of quantum operators that can be used to construct quantum expressions.
samplers	Contains the logic for quantum state samplers, either through a Backend or simulation.