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Chapter 11: Relativistic Gravity in Action

Chapter 11: Relativistic Gravity in Action

pp. 234-254

Authors

, University of California, Santa Barbara
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Summary

The orbits of test particles and light rays in the Schwarzschild geometry that were worked out in Chapter 9 are not only important for the delicate tests of general relativity in the solar system discussed in Chapter 10. They are also central to a number of astrophysical applications. This chapter introduces three of these applications – gravitational lensing, relativistic frequency shifts from accretion disks, and weighing stars in binary pulsars, which act both as a laboratory for general relativity and and a tool for astronomy. Some tests of Einstein’s theory were the subject of the previous chapter; some of its applications are the subject of this.

Keywords

  • gravitational lensing
  • lens equation
  • microlensing
  • MACHO
  • accretion disks
  • accretion power
  • binary pulsars
  • Hulse– Taylor binary pulsar

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