The astronomers' magic envelope : an introduction to astrophysics emphasizing general principles and orders of magnitude

By: Saha, P. (Prasenjit) [author.]Contributor(s): Taylor, Paul AMaterial type: TextTextPublisher: Oxford ; Oxford University Press, [c2018]Edition: First editionDescription: 121 pISBN: 9780198816478Subject(s): Astrophysics | AstronomyLOC classification: QB461 | .S24
Contents:
1: Orbits 2: Celestial Mechanics 3: Schwarzschild's spacetime 4: Interlude: Quantum ideal gases 5: Gravity versus pressure 6: Nuclear fusion in stars 7: The main sequence of stars 8: The expanding Universe 9: The cosmic microwave background.
Subject: Working physicists, and especially astrophysicists, value a good 'back-of-the-envelope' calculation, meaning a short, elegant computation or argument that starts from general principles and leads to an interesting result. This book guides students on how to understand astrophysics using general principles and concise calculations, endeavoring to be elegant where possible and using short computer programs where necessary. The material proceeds in approximate historical order. The book begins with the Enlightenment-era insight that the orbits of the planets is easy, but the orbit of the Moon is a real headache, and continues to deterministic chaos. This is followed by a chapter on spacetime and black holes. Four chapters reveal how microphysics, especially quantum mechanics, allow us to understand how stars work. The last two chapters are about cosmology, bringing us to 21st-century developments on the microwave background and gravitational waves.
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Includes bibliographical references and index.

1: Orbits
2: Celestial Mechanics
3: Schwarzschild's spacetime
4: Interlude: Quantum ideal gases
5: Gravity versus pressure
6: Nuclear fusion in stars
7: The main sequence of stars
8: The expanding Universe
9: The cosmic microwave background.

Working physicists, and especially astrophysicists, value a good 'back-of-the-envelope' calculation, meaning a short, elegant computation or argument that starts from general principles and leads to an interesting result. This book guides students on how to understand astrophysics using general principles and concise calculations, endeavoring to be elegant where possible and using short computer programs where necessary. The material proceeds in approximate historical order. The book begins with the Enlightenment-era insight that the orbits of the planets is easy, but the orbit of the Moon is a real headache, and continues to deterministic chaos. This is followed by a chapter on spacetime and black holes. Four chapters reveal how microphysics, especially quantum mechanics, allow us to understand how stars work. The last two chapters are about cosmology, bringing us to 21st-century developments on the microwave background and gravitational waves.

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