General Relativity for Dummies

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SUMMARY

The discussion focuses on simplifying the concepts of General Relativity for individuals with only a high school algebra background. Participants recommend Schutz's book, "Gravity from the Ground Up," which utilizes algebra and basic trigonometry to explain complex ideas in gravitational physics. The book encourages careful reasoning and gradual learning, making it accessible for school students and undergraduates. Additionally, a resource from John Baez is shared, providing foundational insights into Einstein's equations.

PREREQUISITES
  • Basic algebra knowledge
  • Understanding of trigonometry
  • Familiarity with fundamental physics concepts
  • Interest in gravitational physics
NEXT STEPS
  • Read "Gravity from the Ground Up" by Schutz for an accessible introduction to General Relativity
  • Explore John Baez's resource on Einstein's equations for foundational understanding
  • Study the applications of gravitational physics in astronomy
  • Investigate the relationship between gravity and anti-gravity concepts
USEFUL FOR

Students, educators, and anyone interested in understanding General Relativity without advanced mathematics, particularly those seeking to grasp gravitational concepts in physics and astronomy.

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Is there any way to explain the General Relativity equation(s) to a person only educated in high school algebra? I have been studying genera relativity for a while now but the mathematics I am a bit confused on, will anybody be willing to break it down algebraically for me?
 
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I've seen Schutz's new book http://www.gravityfromthegroundup.org/ recommended as a nice introduction to special relativity and general relativity.

To quote his preface:

"This book has equations, but the equations use algebra and (a little) trigonometry,
not advanced university mathematics. What is required in place of advanced
mathematics is thought: readers are asked to reason carefully, to follow the links
between subjects. You will find that you can climb the ladder from gravity on the
Earth to gravity (and even anti-gravity) in the Universe if you go one step at a time,
making sure you place each foot securely and carefully on the rungs as you climb.
In return for putting in the thought that this book asks, you can get much further
than you might have expected in understanding gravity and its manifestations in
astronomy. School students and university undergraduates will find that this book
offers them an early avenue into subjects that are usually regarded as much too
advanced for them."

Not sure if it's more basic that what you may be hoping for but it seems to be pitched at a nice level covering some of the ideas and applications of gravitational physics. Check the website, you can have a glance at the preface, table of contents and some excerpts from his book and see if it's what your looking for.

Hope you find what you're looking for anyway!
 

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