Begin Astronomy: Best Books for Beginners with Physics/Math Background

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Discussion Overview

The discussion revolves around recommendations for beginner astronomy books suitable for individuals with a strong background in physics and mathematics. Participants are seeking resources that cover fundamental astronomical concepts and theories, while also incorporating mathematical explanations.

Discussion Character

  • Exploratory
  • Technical explanation
  • Conceptual clarification
  • Debate/contested

Main Points Raised

  • One participant expresses interest in studying astronomy and requests book recommendations suitable for beginners with a physics and math background.
  • Another participant recommends "Foundations of Astrophysics" by Barbara Ryden and Bradley M. Peterson, and "An Introduction to Modern Astrophysics" by Bradley W. Carroll and Dale A. Ostlie, suggesting they are appropriate for those with a strong background.
  • A different participant indicates they are new to astronomy and seeks introductory materials.
  • One participant specifies a desire for a book that covers topics such as the celestial sphere, tides, eclipses, spherical coordinates, Doppler shift, Hertzsprung-Russell diagrams, and stellar evolution, emphasizing the need for mathematical explanations rather than simplified texts.
  • Another participant shares their experience starting with observational astronomy and mentions various atlases and sets, noting the challenge of distilling complex topics into a few good books.
  • One participant reiterates the need for an introductory astronomy book that includes mathematical rigor and suggests a specific title, seeking validation from others.
  • A later reply mentions that the content on a referenced website is covered in the book suggested earlier, but expresses uncertainty about the rigor of the book compared to the participant's expectations.

Areas of Agreement / Disagreement

Participants express a range of preferences for the type of astronomy books they seek, with some focusing on astrophysics while others emphasize introductory materials. There is no consensus on specific titles that meet all participants' criteria.

Contextual Notes

Participants have varying definitions of what constitutes an appropriate introductory book, leading to different recommendations based on their individual experiences and expectations regarding mathematical content.

Who May Find This Useful

This discussion may be useful for individuals with a background in physics and mathematics who are looking to transition into astronomy and seek recommendations for suitable literature that balances theory and mathematical rigor.

Acut
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I am interested in studying astronomy.
What books would you recommend for a beginner in this subject? I have a fairly strong knowledge in Physics and Math.
 
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hmm i am just a newbie at astronomy[PLAIN]http://www.focustracker.com/i/smilies/smile.gif
 
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Hm, I am looking for a book that introduces astronomy - not sure if a Astrophysics book would cover it. It should explain things like celestial sphere, tides, eclipses, spherical coordinates, doppler shift, hertzprung-russell diagrams, stellar evolution, some features of the main stars and constellations.

I'm NOT looking those books aimed at children or the layperson, but one that shows the math behind the phenomenon. I do have a solid knowledge of Mechanics, but no General Relativity of Quantum Mechanics book, please.
 
I started in observational astronomy and bought the 3-volume set of Burnham's. Next was the Deep Sky Observers set, and then better and better atlases. Tirion's atlases have always been top-drawer. If you want books that address tides, eclipses, etc, it might be tough to distill that down into a few good books.
 
Acut said:
Hm, I am looking for a book that introduces astronomy - not sure if a Astrophysics book would cover it. It should explain things like celestial sphere, tides, eclipses, spherical coordinates, doppler shift, hertzprung-russell diagrams, stellar evolution, some features of the main stars and constellations.

I'm NOT looking those books aimed at children or the layperson, but one that shows the math behind the phenomenon. I do have a solid knowledge of Mechanics, but no General Relativity of Quantum Mechanics book, please.
Maybe something like http://www.amazon.com/dp/0716785846/?tag=pfamazon01-20 then?
 
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Well, the stuff that's on that website is covered in the book I suggested. I don't know how rigorous you want it to be or how that book would compare to the desired standard, though. But basically, we're going to be using the book in both of our introductory astronomy classes on our solar system and later stars in general.
 

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