Explore the science of celestial motion and the history of astronomical methods .
This new edition presents a thorough look at the theory of the Moon and the perturbations of the planets, grounded in 19th-century mathematical insight.
This edition revisits how the moon’s motion is modeled, comparing different analytical approaches and showing why a particular method may offer clearer equations and easier calculations. It also places lunar theory in the broader context of planetary perturbations, highlighting the similarities and limits of each approach. The text includes practical guidance on computing coefficients, with a focus on accuracy and verifiable results.
What you’ll experience
- Clear explanation of differential equations used in lunar and planetary theory
- Discussion of indeterminate coefficients and their role in deriving inequalities and coordinates
- Comparison with contemporary work by M. Plana and references to the wider scientific context
- Appendix tables and worked examples to illustrate methods and results
Ideal for readers of the history of astronomy, students, and anyone exploring classical celestial mechanics through a rigorous yet accessible lens.