Titlebook: Quantum Software; Aspects of Theory an Iaakov Exman,Ricardo Pérez-Castillo,Michael Felder Book‘‘‘‘‘‘‘‘ 2024 The Editor(s) (if applicable) a

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Manuel De Stefano,Fabiano Pecorelli,Fabio Palomba,Davide Taibi,Dario Di Nucci,Andrea De Luciaence analysis alone. In the present chapter, the utilization of several multilocus genes for the successful identification of phytoplasma strains within 16S ribosomal subgroups?is discussed. These housekeeping genes have more phylogenetically informative characters than the 16S rRNA genes, thus incr

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A Novel Perception of Quantum Software: Theoretical, Engineering, and Application Aspects,on viewpoint. Hence, it covers aspects of quantum software theory, quantum software systems, as well as quantum software laboratory. The chapter also outlines the entire book and its individual chapters structured into three parts on quantum software theory, quantum software system design, as well a

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Simulating Quantum Software with Density Matrices: Reading Feynman on Fast-Forwardtween the lines finds further meaningful content. This work reinterprets the pioneering paper, as a precursor of Quantum Software. Feynman’s proposal to represent the simulated system by a Density Matrix opens the way toward a mathematical Quantum Software systems theory..Density Matrix modularizati

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Superoperators for Quantum Software Engineeringattention in the software engineering domain. Yet, many questions from how to design expressible quantum languages augmented with formal semantics via implementing appropriate optimizing compilers to abstracting details of machine properties in software systems remain challenging. Performing researc

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Verification and Validation of Quantum Softwareplex, error-prone, and time-consuming task. Due to the particular properties of quantum physics (e.g., superposition), quantum software is inherently more complex to develop and effectively test than classical software. Nevertheless, some preliminary works have tried to bring commonly used classical

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Quantum Software Quality Metricsum software and, to mitigate this lack of attention to quality issues, presents a set of metrics that have been proposed and empirically validated to characterize the complexity of quantum circuits in terms of their understandability. The validation experiment design, execution, and results are repo

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Development and Deployment of Quantum Servicesuch as cybersecurity, financial services, and medicine. The growth of this technology has encouraged different research centers and big companies such as IBM, Amazon, Microsoft, and Google to dedicate considerable efforts to the development of new technologies that bring quantum computing to the mar

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