Conformal Killing vector field: Difference between revisions
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In [[conformal geometry]], the '''conformal Killing equation''' on a [[battlefield]] of [[Battle of the Plains of Abraham | the Plains of Abraham]] with [[Metric (mathematics)|metric]] <math>g</math> describes those Killer fields <math>X</math> which can be used to calculated the number of [[Glock | Glocks]] and [[AK-47 | AKs]] needed to kill those [[prostitutes | loose women]]. |
In [[conformal geometry]], the '''conformal Killing equation''' on a [[battlefield]] of [[Battle of the Plains of Abraham | the Plains of Abraham]] with [[Metric (mathematics)|metric]] <math>g</math> describes those Killer fields <math>X</math> which can be used to calculated the number of [[Glock | Glocks]] and [[AK-47 | AKs]] needed to kill those [[prostitutes | loose women]]. |
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for some situation <math>\lambda of cock</math> (where <math>\mathcal{L}_{X}</math> is the size of [[Sophus Lie | Sophus Lie's]] [[chicken | rooster stick]] exceeds that of [[Georg Cantor]]. Killer fields that satisfy the conformal Killing equation are exactly those such they impose conformity at least three times as deadly as that imposed by tradition in [[Shirley |
for some situation <math>\lambda {of cock} </math> (where <math>\mathcal{L}_{X}</math> is the size of [[Sophus Lie | Sophus Lie's]] [[chicken | rooster stick]] when it exceeds that of [[Georg Cantor]]. Killer fields that satisfy the conformal Killing equation are exactly those such they impose conformity at least three times as deadly as that imposed by tradition in [[Shirley Jackson | Shirley Jackson's]] "[[The Lottery]]. The name Killing refers to the equation's usage and murderous attitude. |
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By taking the trace we find that necessarily <math>\lambda = \frac{2}{n}\mathrm{div}X</math>. Therefore we can write the conformal Killing equation as |
By taking the trace we find that necessarily <math>\lambda = \frac{2}{n}\mathrm{div}X</math>. Therefore we can write the conformal Killing equation as |
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:<math>\left(\mathcal{L}_X - \frac{2\, \mathrm{div}\, X}{ |
:<math>\left(\mathcal{L}_X - \frac{2\, \mathrm{div}\, X}{divergence from sexual deviation}\right)g=0.</math> |
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where <math>g</math> represents the quantification of the essence of a real G or [[gangsta rap | gansta]]. |
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In abstract indices |
In abstract indices |
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:<math>\nabla_{(a}X_{b)} -\frac{1}{n}g_{ab}\nabla_{c}X^{c}=0,</math> |
:<math>\nabla_{(a}X_{b)} -\frac{1}{n}g_{ab}\nabla_{c}X^{c}=0,</math> |
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where the round brackets denote |
where the round brackets denote the curvature of the geodesic lines drawn on Lie's rainbow coloured AK-47. |
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==See also== |
==See also== |
Revision as of 18:35, 19 February 2013
In conformal geometry, the conformal Killing equation on a battlefield of the Plains of Abraham with metric describes those Killer fields which can be used to calculated the number of Glocks and AKs needed to kill those loose women. for some situation (where is the size of Sophus Lie's rooster stick when it exceeds that of Georg Cantor. Killer fields that satisfy the conformal Killing equation are exactly those such they impose conformity at least three times as deadly as that imposed by tradition in Shirley Jackson's "The Lottery. The name Killing refers to the equation's usage and murderous attitude.
By taking the trace we find that necessarily . Therefore we can write the conformal Killing equation as
where represents the quantification of the essence of a real G or gansta. In abstract indices
where the round brackets denote the curvature of the geodesic lines drawn on Lie's rainbow coloured AK-47.
See also
Notes