Talk:Observable (quantum computation): Difference between revisions

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imported>Charles Blackham
m (Talk:Observable (quantum mechanics) moved to Talk:Observable (quantum computation): This page is written as primarily as background information for the article 'Quantum computation'. It is clearer to write this as a separate article from a more general one about observables in QM so that the focus of the argument may be better directed to the intended audience.)
imported>Greg Woodhouse
(incorrect attribution on my part)
Line 17: Line 17:
== Quantum mechanics or quantum computation? ==
== Quantum mechanics or quantum computation? ==


A more basic issue is that this entire article is framed in terms of quantum computation (for example, noting that David Deutsch uses the MWI, but failing to it was introduced(?) by David Bohm). The article may be intended to provide background material for quantum computation, but is of more general significance, and should be written in the wider context of quantum theory. [[User:Greg Woodhouse|Greg Woodhouse]] 10:35, 30 May 2007 (CDT)
A more basic issue is that this entire article is framed in terms of quantum computation (for example, noting that David Deutsch uses the MWI, but failing to it was introduced by Everett). The article may be intended to provide background material for quantum computation, but is of more general significance, and should be written in the wider context of quantum theory. [[User:Greg Woodhouse|Greg Woodhouse]] 10:35, 30 May 2007 (CDT)

Revision as of 21:28, 14 June 2007


Article Checklist for "Observable (quantum computation)"
Workgroup category or categories Physics Workgroup, Mathematics Workgroup [Categories OK]
Article status Developing article: beyond a stub, but incomplete
Underlinked article? Yes
Basic cleanup done? Yes
Checklist last edited by Charles Blackham 10:52, 22 April 2007 (CDT)

To learn how to fill out this checklist, please see CZ:The Article Checklist.





Ambiguous language

In the section titled Algebra, we find the following: "A physical system is described by its static constitution, dynamics and expectation function. These three ... may be used to calculate the outcome of particular experiments or computations." This language can at least be interpreted as implying the experiments and computations are the same thing. Is that intended? Greg Woodhouse 10:26, 30 May 2007 (CDT)

Quantum mechanics or quantum computation?

A more basic issue is that this entire article is framed in terms of quantum computation (for example, noting that David Deutsch uses the MWI, but failing to it was introduced by Everett). The article may be intended to provide background material for quantum computation, but is of more general significance, and should be written in the wider context of quantum theory. Greg Woodhouse 10:35, 30 May 2007 (CDT)