📖 Overview
Hiding in the Mirror explores how the concept of extra dimensions has influenced science, mathematics, art, and culture throughout history. The book traces humanity's fascination with hidden realms and parallel universes from ancient philosophy to modern physics.
Lawrence Krauss examines major scientific developments related to dimensional theory, including Einstein's work, string theory, and research into black holes. The text moves between complex physics concepts and their manifestations in popular culture, literature, and art, showing how these ideas have captured human imagination.
This book presents a unique intersection of science and culture, connecting abstract mathematical concepts to tangible human experiences and creative works. The exploration of multiple dimensions serves as a lens through which to understand both the physical universe and human perception of reality.
👀 Reviews
Readers found this book less focused on explaining extra dimensions and more on chronicling their history in science and popular culture. Many noted it reads more like a cultural survey than a physics text.
Positive reviews highlighted:
- Clear explanations of complex concepts
- Engaging historical context about dimensionality in art and literature
- Balanced treatment of string theory debates
Common criticisms:
- Too much emphasis on science fiction and pop culture references
- Not enough depth on the physics and mathematics
- Meandering narrative structure that some found hard to follow
One reader noted: "Expected more science, got more history and movies." Another wrote: "Good intro for complete beginners but frustrating for those seeking technical detail."
Ratings:
Goodreads: 3.6/5 (246 ratings)
Amazon: 3.8/5 (31 ratings)
Library Thing: 3.5/5 (21 ratings)
📚 Similar books
The Elegant Universe by Brian Greene
Chronicles the development of string theory and its quest to unite quantum mechanics with general relativity through extra dimensions.
Hyperspace by Michio Kaku Explores how the mathematics of higher dimensions shapes modern physics and connects to historical attempts to understand spatial dimensions beyond human perception.
The Hidden Reality by Brian Greene Presents parallel universes in scientific theory, from quantum mechanics to the multiverse, building on similar dimensional concepts discussed in Krauss's work.
The 4% Universe by Richard Panek Traces the discovery of dark matter and dark energy, revealing hidden aspects of space that parallel the extra-dimensional concepts in Krauss's exploration.
The Field by Lynne McTaggart Examines quantum field theory and its implications for hidden layers of reality, complementing Krauss's investigation of unseen dimensions in physics.
Hyperspace by Michio Kaku Explores how the mathematics of higher dimensions shapes modern physics and connects to historical attempts to understand spatial dimensions beyond human perception.
The Hidden Reality by Brian Greene Presents parallel universes in scientific theory, from quantum mechanics to the multiverse, building on similar dimensional concepts discussed in Krauss's work.
The 4% Universe by Richard Panek Traces the discovery of dark matter and dark energy, revealing hidden aspects of space that parallel the extra-dimensional concepts in Krauss's exploration.
The Field by Lynne McTaggart Examines quantum field theory and its implications for hidden layers of reality, complementing Krauss's investigation of unseen dimensions in physics.
🤔 Interesting facts
🔹 String theory, a major focus of the book, suggests our universe might have up to 11 dimensions - far beyond the 4 dimensions (length, width, height, and time) we can observe.
🔹 Author Lawrence Krauss is a renowned theoretical physicist who also wrote "The Physics of Star Trek" and has appeared in several scientific documentaries, including "The Unbelievers" with Richard Dawkins.
🔹 The concept of higher dimensions gained widespread public attention in 1884 with Edwin Abbott's novel "Flatland," which the book references as an influential work in popularizing dimensional theory.
🔹 The book's title refers to "mirror symmetry," a mathematical concept crucial to string theory that suggests every particle has a mirror-image partner in higher dimensions.
🔹 The modern mathematical framework for extra dimensions was developed by Theodor Kaluza and Oskar Klein in the 1920s, who proposed a fifth dimension to unify Einstein's theory of gravity with electromagnetic forces.