Need some recommendations for books on Astrophysics and Astronomy

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SUMMARY

This discussion focuses on recommendations for books on astrophysics and astronomy, highlighting several key titles. Notable mentions include "Introduction to Modern Astrophysics" by Carroll & Ostlie, regarded as a foundational text, and Liddle's book for cosmology at the undergraduate level. Participants emphasize the importance of calculus in understanding these texts, particularly in relation to stellar physics and cosmology. The conversation also touches on the accessibility of these books, with some being noted for their high cost.

PREREQUISITES
  • Basic understanding of calculus, including multivariable calculus and differential equations
  • Familiarity with vector calculus concepts
  • Knowledge of fundamental physics principles, particularly calculus-based physics
  • Interest in astrophysics and cosmology topics
NEXT STEPS
  • Research "Introduction to Modern Astrophysics" by Carroll & Ostlie for a comprehensive overview of astrophysics
  • Explore Liddle's book for a solid introduction to cosmology
  • Investigate the latest editions of recommended texts for updated content
  • Study calculus applications in physics to enhance understanding of astrophysical concepts
USEFUL FOR

Students and enthusiasts in astrophysics, educators seeking comprehensive teaching materials, and anyone interested in deepening their understanding of cosmology and stellar physics.

sEsposito
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I'm hoping someone can recommend a couple of good books on some varied topics. I'm looking for a good, mature series of books on the planets or even one good book covering them all. I'm also looking for interesting reads on cosmology, solar physics and galaxies. If anyone can recommend some books, it'd be greatly appreciated.
 
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Thanks for the list!
 
Dark Raider gave a good list and I'd also throw in the following books for consideration:

http://www.amazon.com/dp/0521422701/?tag=pfamazon01-20

http://www.amazon.com/dp/0321442849/?tag=pfamazon01-20 - This is an older edition but you can look at the newer editions if the price isn't too bad. This is a good all-rounder, can always look up the table of contents for a nice overview.

http://www.amazon.com/dp/0521866049/?tag=pfamazon01-20 - Good introduction to stellar physics.

I'd certainly recommend Liddle's book mentioned above in Dark Raider's post for a good first introduction to Cosmology at undergraduate level (~ 3rd Year).
 
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Introduction to Modern Astrophysics by Carroll & Ostlie is pretty much the bible.
 
Thank you all for the recommendations!
 
nicksauce said:
Introduction to Modern Astrophysics by Carroll & Ostlie is pretty much the bible.

I'm using this book right now for a course in Astrophysics. It's exceptional. Only downside: tends to be pretty expensive.
 
Newtime said:
I'm using this book right now for a course in Astrophysics. It's exceptional. Only downside: tends to be pretty expensive.

You're not kidding. I plan on purchasing this book as soon as I get the money together though. I only hear good things about it. Since you're using it now, is there a fair amount of calculus in it? I'm look for a book that uses calculus (as heavily as possible) primarily.
 
sEsposito said:
You're not kidding. I plan on purchasing this book as soon as I get the money together though. I only hear good things about it. Since you're using it now, is there a fair amount of calculus in it? I'm look for a book that uses calculus (as heavily as possible) primarily.

Yes, it's definitely calculus based. Like most good science books, the majority of the topics are explained conceptually and the derivations of the main equations are pretty rigorous. However, it's nothing like an upper level math book and the text actually reads like a novel provided you're familiar with basic vector calculus (up to multivariable) and some differential equations.
 
  • #10
Hey that book mentioned it uses things like the Schroedinger Equation and such, yet I've also read that all you need is a semester of calc based physics to understand it.

Would just a course in ODE's (not hardcore PDE'S!) & multivariate calc sufficient for intro electromagnetism be enough to get through this book without any major stops?
 

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