Draft talk:Open-system formulations in quantum computing.: Difference between revisions

Revision as of 00:47, 29 August 2025

Latest revision as of 14:24, 29 August 2025

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== Note for reviewers ==

[[Category:Quantum computing]]

This draft is based on published sources (Breuer & Petruccione, Rivas & Huelga, etc.).

[[Category:Open quantum systems]]

I’ve rewritten parts for clarity and ensured all content is cited. Not AI-generated.

[[Category:Quantum noise]]

== Article scope ==

This draft article covers open-system formulations in quantum computing, describing how quantum computers interact with their environment, including noise and decoherence.

It is within the scope of WikiProject Physics and WikiProject Quantum computing.

Participants can visit the respective project pages on main Wikipedia to join discussions and see a list of open tasks.

== Assessment ==

This draft is currently rated as Draft-Class and NA-importance.

It does not yet require a formal rating on Wikipedia's content assessment scale.

== Sources ==

This article uses references from established textbooks and peer-reviewed journals, including:

* Breuer, H.-P., Petruccione, F. ''The Theory of Open Quantum Systems'', Oxford University Press, 2002.

* Rivas, Á., Huelga, S. F. ''Open Quantum Systems: An Introduction'', Springer, 2012.

* Gneiting, C., Nori, F. "Quantum evolution in open systems: Master equations and dynamical maps," Journal of Statistical Physics, 2017.

== Discussion ==

<!-- Use this section to discuss improvements, sources, or issues with the article. -->

* Suggestions for additional sources.

* Possible expansions on mathematical formulations.

* Linking to related articles on quantum noise and decoherence.

== To-do ==

* Verify all references are formatted correctly.

* Ensure all wikilinks point to existing articles.

* Consider adding figures or diagrams to illustrate open-system effects.

== Notes ==

Any other notes about article creation or editorial decisions can be placed here.

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