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Quantum programming

Quantum programming refers to the process of designing and implementing algorithms that operate on quantum systems, typically using quantum circuits composed of quantum gates, measurements, and classical control logic. These circuits are developed to manipulate quantum states for specific computational tasks or experimental outcomes. Quantum programs may…

Measurement, Overview & Quantum instruction sets

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Overview

Quantum systemsOpen-sourceQrispQiskitCirq
83 related topics

Quantum instruction sets

Ion trapsSuperconducting qubitsTUDelftQuantum Development KitQIR Alliance
7 related topics

Quantum programming languages

ImperativeFunctionalFunctional programming languages
3 related topics

Quantum software development kits

Software development kitsCloud-based quantum devices
2 related topics

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Overview

Quantum instruction sets

Quantum software development kits

Quantum programming languages

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Quantum programming

Nodes100
Edges99
Triples67
Avg. degree1.98
Density0.02
Components1

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Quantum programming

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related to Further reading · 18
Quantum programming → Cambridge, Cham, Foundations, ISBN, Manuel, Mario, Massachusetts, Mingsheng, Morgan Kaufmann, OCLC, Piattini, Pérez-Castillo, Quantum Software Engineering, Ricardo, Serrano, Springer, Switzerland, Ying
related to External links · 15
Quantum programming → Archived July, Conference Series, Curated, Introduction, Languages, Logic, May, QPL, Quantiki Archived April, Quantum, Quantum Computing, Quantum Physics, Quantum Programming Languages, Wayback MachineQMASM, Wayback MachineScaffold Source
related to Functional languages · 14
Quantum programming → Altenkirch, Arrighi, Dowek, Efforts, Examples, Functional, Grattage, Haskell-like, Higher-order, QML, Selinger, Selinger's QPL, Tonder, Valiron
related to Quantum programming languages · 1
Quantum programming → There

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Important terminology

quantum programming language developed programs using languages algorithms circuits python hardware classical control also software open-source library based used framework

Entity relationships Subject–Predicate–Object triples

SubjectPredicateObjectConfidenceSrc
IonQinstance ofoffering access to over 20 quantum devices and simulators from providers0.80text
Rigettiinstance ofoffering access to over 20 quantum devices and simulators from providers0.80text
QuErainstance ofoffering access to over 20 quantum devices and simulators from providers0.80text
and IQM.QiboAn open source full-stack API for quantum simulationinstance ofoffering access to over 20 quantum devices and simulators from providers0.80text
quantum hardware controlinstance ofoffering access to over 20 quantum devices and simulators from providers0.80text
calibration developed by multiple research laboratoriesinstance ofoffering access to over 20 quantum devices and simulators from providers0.80text
including QRCinstance ofoffering access to over 20 quantum devices and simulators from providers0.80text
CQTinstance ofoffering access to over 20 quantum devices and simulators from providers0.80text
INFNinstance ofoffering access to over 20 quantum devices and simulators from providers0.80text
basisinstance ofhigh-level representation for quantum objects0.80text
statesinstance ofhigh-level representation for quantum objects0.80text
operatorsinstance ofhigh-level representation for quantum objects0.80text

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