Alexander Soifer Book order

Engaging with mathematical concepts through art, this coloring book invites readers to explore geometry, patterns, and symmetry. Each page features intricate designs that blend creativity with mathematical principles, allowing users to visualize and understand complex ideas while expressing their artistic side. Ideal for both students and adults, it promotes relaxation and cognitive development, making math accessible and enjoyable. This unique approach encourages a deeper appreciation for mathematics through the therapeutic act of coloring.

This book gathers the best presentations from the Topic Study Group 30: Mathematics Competitions at ICME-13 in Hamburg, and some from related groups, focusing on the field of working with gifted students. Each of the chapters includes not only original ideas, but also original mathematical problems and their solutions. The book is a valuable resource for researchers in mathematics education, secondary and college mathematics teachers around the globe as well as their gifted students.

"Bartel Leendert van der Waerden made major contributions to algebraic geometry, abstract algebra, quantum mechanics, and other fields. He liberally published on the history of mathematics. His 2-volume work Modern Algebra is one of the most influential and popular mathematical books ever written. It is therefore surprising that no monograph has been dedicated to his life and work. Van der Waerden?s record is complex. In attempting to understand his life, the author assembled thousands of documents from numerous archives in Germany, the Netherlands, Switzerland and the United States which revealed fascinating and often surprising new information about van der Waerden. Soifer traces Van der Waerden?s early years in a family of great Dutch public servants, his life as professor in Leipzig during the entire Nazi period, and his personal and professional friendship with one of the great physicists Werner Heisenberg. We encounter heroes and villains and a much more numerous group in between these two extremes. One of them is the subject of this book. Soifer's journey through a long list of archives, combined with an intensive correspondence, had uncovered numerous details of Van der Waerden's German intermezzo that raised serious questions and reproaches"--Back cover

Exploring Ramsey Theory, the book delves into its historical development and notable problems. It features in-depth studies of influential mathematicians such as Issai Schur, Pierre Joseph, Henry Baudet, and B.L. van der Waerden. Additionally, it includes previously unpublished photos and correspondence, providing a unique glimpse into the lives and contributions of these key figures in the field.

The narrative chronicles the transformation of a small local Mathematics Olympiad in Colorado Springs into a prestigious state-wide competition attracting over a thousand high school participants annually. Founded by the author, the event highlights the growth and enthusiasm for mathematics among students, celebrating their talents and fostering a competitive spirit in the field.

Focusing on the intersection of mathematics and inspiration, this book engages young readers by encouraging them to tackle life's challenges through mathematical problem-solving. It serves as a valuable resource for students at different stages of their mathematical journey, particularly in algebra, geometry, and combinatorial geometry, offering supplementary reading materials that stimulate curiosity and foster a deeper understanding of these subjects.

The book presents a unique approach to mathematics by integrating various fields such as geometry, algebra, trigonometry, linear algebra, and rings. Through numerous proofs and counterexamples, it illustrates how these disciplines can be interconnected to solve complex problems. The second edition enhances the inspirational nature of the work, encouraging readers to explore the relationships between different mathematical concepts.

The book offers a diverse collection of high school mathematics problems designed to prepare young scholars for competitions and future challenges. It presents introductory explanations and worked examples that guide readers effectively, avoiding rote repetition. The engaging writing style and robust problem set make it a vital resource for educators training future competitors. With a focus on practical problem-solving, it serves as an essential tool for both students and faculty in the field of mathematics.

This book provides an exciting history of the discovery of Ramsey Theory, and contains new research along with rare photographs of the mathematicians who developed this theory, including Paul Erdös, B.L. van der Waerden, and Henry Baudet.