Weyl's lemma (Laplace equation): Difference between revisions

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The '''Mathieu transformations''' make up a subgroup of [[canonical transformation]]s preserving the [[differential form]]
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:<math>\sum_i p_i \delta q_i=\sum_i P_i \delta Q_i \,</math>
 
The transformation is named after the French mathematician [[Émile Léonard Mathieu]].
 
== Details ==
In order to have this [[Invariant (mathematics)|invariance]], there should exist at least one [[relation (mathematics)|relation]] between <math>q_i</math> and <math>Q_i</math> '''only''' (without any <math>p_i,P_i</math> involved).
 
:<math>
\begin{align}
\Omega_1(q_1,q_2,\ldots,q_n,Q_1,Q_2,\ldots Q_n)=0\\
\ldots\\
\Omega_m(q_1,q_2,\ldots,q_n,Q_1,Q_2,\ldots Q_n)=0
\end{align}
</math>
 
where <math>1 < m \le n</math>. When <math>m=n</math> a Mathieu transformation becomes a [[Lagrange point transformation]].  
 
== See also ==
* [[Canonical transformation]]
 
== References ==
* {{cite book | author=[[Lanczos]], Cornelius | title=The Variational Principles of Mechanics | location= Toronto | publisher=University of Toronto Press | year=1970 | isbn=0-8020-1743-6}}
* {{cite book | author=[[Edmund Whittaker|Whittaker]], Edmund | title=A Treatise on the Analytical Dynamics of Particles and Rigid Bodies }}
 
[[Category:Mechanics]]
[[Category:Hamiltonian mechanics]]
 
 
{{classicalmechanics-stub}}

Latest revision as of 04:09, 29 July 2014

Hello! Let me start by stating my name - Ron Stephenson. I am a cashier and I'll be promoted quickly. Delaware is the only location I've been residing in. One of his favorite hobbies is taking part in crochet but he hasn't produced a dime with it.

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