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Template talk:Relativity (view source)
Revision as of 01:34, December 1, 2009
, 01:34, December 1, 2009Suggested new links & removal of some un-related links
===Contents of Template===
* Gravitons are not related to relativity. [[General relativity]] says that gravity is a fictitious force caused by the curvature of space; gravitons are hypothetical particles supposed to transfer the gravitational force. They can't both be true. So, please don't mention gravitons on the "relativity" template. Alternatively, you could move it next to "Quantum mechanics" in the "see also" row - or, perhaps better, make another "quantum mechanics" template!
* The [[Uncertainty principle]] is not related to relativity, but to [[quantum mechanics]], a very different theory. In fact, I can't think of a single way it affects relativity. So, please don't mention it on this template. If at all, please put it next to [[Quantum mechanics]] in the "see also" row.
* I'd strongly recommend linking to [[General relativity]] and [[Special relativity]].
* Probably, some links on geometry would be good. You can skim the [[General Relativity]] article for ideas.
* And don't forget to link the main page, [[Theory of relativity]].
Thanks! --[[User:EvanW|EvanW]] 20:34, 30 November 2009 (EST)
* Gravitons are not related to relativity. [[General relativity]] says that gravity is a fictitious force caused by the curvature of space; gravitons are hypothetical particles supposed to transfer the gravitational force. They can't both be true. So, please don't mention gravitons on the "relativity" template. Alternatively, you could move it next to "Quantum mechanics" in the "see also" row - or, perhaps better, make another "quantum mechanics" template!
* The [[Uncertainty principle]] is not related to relativity, but to [[quantum mechanics]], a very different theory. In fact, I can't think of a single way it affects relativity. So, please don't mention it on this template. If at all, please put it next to [[Quantum mechanics]] in the "see also" row.
* I'd strongly recommend linking to [[General relativity]] and [[Special relativity]].
* Probably, some links on geometry would be good. You can skim the [[General Relativity]] article for ideas.
* And don't forget to link the main page, [[Theory of relativity]].
Thanks! --[[User:EvanW|EvanW]] 20:34, 30 November 2009 (EST)