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

Revision as of 00:51, 29 August 2025

Revision as of 01:07, 29 August 2025

Line 1:

<!-- WikiProject banners (draft-safe version) -->

{{Template:WikiProject Physics|class=NA|importance=NA}}

== Article scope ==

{{WikiProject Quantum computing|class=NA|importance=NA}}

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

{{WikiProject Physics|class=NA|importance=NA}}

[[Category: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.

[[Category:Open quantum systems in physics]]

[[Category:Quantum information]]

== 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.

{{Tech-stub}}