Extended Quantum Computing Patterns

Provide a high-level quantum application or subroutine for a specific problem domain.

A practitioner needs an end-to-end operation for a domain problem rather than a general algorithmic building block.

The component may combine several quantum and classical routines and may be less reusable outside its target domain.

Encapsulate the required algorithms, data preparation, execution, and result processing behind an interface expressed in terms of the application domain.

The user can solve or analyze a domain problem without assembling all lower-level quantum routines directly.

Portfolio optimization, option pricing, chemistry routines, quantum simulation applications, and photonic interferometer applications.

Hybrid Module; Classical-Quantum Interface

High-level finance, optimization, chemistry, and photonic components provided by quantum frameworks and application libraries.