Quantum Programming Languages
Author: Michele Mosca, Martin Roetteler and Peter Selinger
*Wait a few seconds for the document to load, the time may vary depending on your internet connection. If you prefer, you can download the file by clicking on the link below.
Information
Description: Quantum Programming Languages by Michele Mosca, Martin Roetteler and Peter Selinger documents a Dagstuhl Seminar outcomes, gathering researchers from quantum and classical programming. It explores open questions like circuit synthesis, compiler optimization, and verification techniques, motivating the need for efficient software tools in quantum computing.
Pages: 21
Megabytes: 0.31 MB
This may interest you
Quantum Programming Languages Survey and Bibliography
Extension: PDF | 20 pages
Quantum Programming Languages Survey and Bibliography by Simon J. Gay is a comprehensive overview of the rapidly evolving field, exploring the design, semantics, and compilation of quantum programming languages. It presents a valuable resource for understanding the theoretical foundations and practical considerations in this cutting-edge area.
A functional quantum programming language
Extension: PDF | 213 pages
A functional quantum programming language por Jonathan James Grattage introduces QML, a novel language integrating quantum data and control structures. Explore this thesis for insights into QML's design, semantics, and potential for advancing quantum computing.
Quantum Programming in QCL
Extension: PDF | 109 pages
Quantum Programming in QCL by Bernhard Omer explores the experimental quantum programming language QCL. This document offers insights into QCL's design and its use in implementing quantum algorithms, making it valuable for those seeking a practical understanding of quantum programming.
A New Quantum Programming Paradigm
Extension: PDF | 35 pages
A New Quantum Programming Paradigm por Arnab Chakraborty introduces QuECT, a novel paradigm embedding quantum circuit diagrams within classical languages. It provides a more intuitive and accessible approach to quantum programming, bridging the gap between traditional programming and quantum computation.
Q# as a Quantum Algorithmic Language
Extension: PDF | 21 pages
Q# as a Quantum Algorithmic Language por Kartik Singhal, Kesha Hietala, Sarah Marshall and Robert Rand presenta una formalización del lenguaje Q# con un núcleo llamado λρ#, facilitando el razonamiento sobre la seguridad y las propiedades del lenguaje cuántico. Este trabajo es valioso para entender las bases teóricas y el diseño de lenguajes de programación cuántica.
