Targeted at modern undergraduate students, this book emphasizes a supportive learning approach, blending mathematics with engaging narratives and historical context. It focuses on the basics of symplectic geometry through the lens of the two-body problem, illustrating the derivation of Kepler's laws from Newton's principles. By incorporating detailed examples and accessible explanations, the author aims to foster a deeper appreciation for mathematics among students who seek motivation and context in their studies, rather than merely efficient presentations.
Stephanie Frank Singer Books


Linearity, Symmetry, and Prediction in the Hydrogen Atom
- 412 pages
- 15 hours of reading
This textbook explores predicting quantum system states using symmetry and linear models, with applications in various scientific fields. It features an engaging style, numerous exercises, and a systematic organization. Aimed at math, physics, and chemistry majors, it serves as both a capstone course and an inspiration for further study.