| 11. | Is a Lorentz transformation by general properties of Lie algebras.
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| 12. | The quantities,,, are all related by a Lorentz transformation.
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| 13. | Look at the Lorentz transformation of a distance in spacetime.
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| 14. | The Lorentz transformation appears towards the end of the book.
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| 15. | :: : The relevant equation is the Lorentz transformation.
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| 16. | The general Lorentz transformation is then given by the Matrix exponential
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| 17. | Spatial rotations alone are also Lorentz transformations they leave the spacetime interval invariant.
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| 18. | Its elements are called ( homogeneous ) Lorentz transformations.
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| 19. | For more general conversions, see the Lorentz transformations.
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| 20. | For further development of this concept, see the section # Lorentz transformation.
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