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The Classical Particle Coupled to External Electromagnetic Field ? Symmetries and Conserved Quantities

机译:经典粒子耦合到外部电磁场?对称性和守恒量

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We consider a classical particle minimally coupled to an external electromagneticfield, in both non-relativistic and relativistic regimes. The coupling is constructedvia the electromagnetic potential which is assumed to satisfy the classical Maxwellequations. We review Noether’s theorem at classical level associating infinitesimalsymmetries to conserved quantities. The fundamental space-time symmetries areinvestigated considering a non-relativistic and a relativistic action in a particularreference frame. Considering some symmetry hypothesis on the action variation wework out in detail the corresponding conserved quantities.
机译:我们考虑在相对论和相对论两种情况下,最小耦合到外部电磁场的经典粒子。通过假定满足经典麦克斯韦方程的电磁势来构造耦合。我们在经典水平上回顾了Noether定理,它将无穷小对称性与守恒量相关联。考虑特定参考框架中的非相对论和相对论行为,研究了基本的时空对称性。考虑到动作变化的一些对称性假设,我们详细计算出相应的守恒量。

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