The first industrially relevant applications of quantum computing are likely to be hybrid applications. These combine classic software and implementations of quantum circuits. However, the creation of such applications is currently largely ad-hoc. In the EniQmA project, a targeted engineering approach was developed for the creation of such hybrid quantum-classical applications based on concrete industrial use cases. Such quantum software engineering includes methodological approaches and process models for the creation of hybrid applications, quality criteria for their implementation, the development and use of appropriate tools and runtime environments as well as the operation of the applications.
In addition, the increased use of higher programming concepts is particularly important for structured quantum software engineering. Qrisp is a high-level programming language – developed as part of the Qompiler project – to create and compile quantum algorithms. Its structured programming model enables scalable development and maintenance.
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