The Lie Derivative and Interior Multiplication

L. Tu
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Abstract

This chapter reviews two operations on differential forms, the Lie derivative and interior multiplication. These are necessary to the definition of invariant forms, horizontal forms, and basic forms in the construction of the Cartan model. The chapter then looks at the Lie derivative of a vector field and of a differential form. The Lie derivative of a differential form is defined in a similar way to the Lie derivative of a vector field, but the chapter uses the pullback instead of the pushforward to compare nearby values. One can rearrange the product formula so that it becomes the global formula for the Lie derivative. Meanwhile, the interior multiplication is also called the contraction.
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李导数与内乘法
这一章回顾了关于微分形式的两个运算,李导和内乘法。这些对于在Cartan模型的构建中定义不变形式、水平形式和基本形式是必要的。然后,本章讨论向量场和微分形式的李导。微分形式的李氏导数的定义方式与向量场的李氏导数的定义方式类似,但本章使用回拉而不是前推来比较附近的值。我们可以重新排列乘积公式使之成为李氏导数的整体公式。同时,内部乘法也被称为收缩。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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Appendices Part III. The Cartan Model List of Figures Acknowledgments Part II. Differential Geometry of a Principal Bundle
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