This book highlights the crucial role of mathematics in modern physics, covering topics like vector spaces, Fourier analysis, and differential equations in the first half. The second half delves into groups, manifolds, and gauge theories. The revised edition enhances clarity while preserving the balance between rigor and application, enriched with historical notes and examples.
The book critically examines the intersection of quantum physics and pop-spirituality, revealing how this fusion has evolved from the early days of quantum mechanics. It highlights the misinterpretations of quantum concepts like uncertainty and entanglement that have been co-opted by new-age mystics and alternative medicine proponents to lend credibility to their claims. By tracing the origins of these ideas, it exposes the dangers of pseudoscience and the manipulation of scientific principles for self-improvement and healing practices.
Designed to enhance scientific understanding among untrained readers, this text draws from over 15 years of the author's teaching experience. It aims to make complex scientific concepts accessible, fostering a deeper appreciation for science in everyday life.