Synopses & Reviews
For many centuries, scientists have investigated the "fearful symmetry" that seemed to underlie the Universe. But increasingly, it looks as though life is the result of cosmic asymmetry, and scientists are now preparing to uncover the asymmetries at the heart of the Big Bang.
As we begin a new millennium, it becomes clearer that true understanding of our Universe will come only from identifying and understanding the asymmetries that surround us. While modern scientific theory describes a uniformly perfect and symmetrical creation, we know that were that so, matter would have been destroyed within an instant of its appearance and nothing that we now know could ever have happened. Not only cosmic life but our own everyday variety is full of other examples of asymmetry, from the human body to the molecules of life. In Lucifer's Legacy, physicist Frank Close explores the origins of asymmetry from the molecular level to the Universe at large, and asks whether this multitude of examples can be traced back to a single event that took place at the origin of our Universe. Inspired by a chance encounter with a statue of Lucifer in the Tuillerie gardens in Paris, Close takes the reader on a sweeping tour of asymmetry in the world around us, from the development of human embryos to the mysterious Higgs boson. His tour culminates in the research now underway at CERN to recreate the Big Bang in Switzerland in 2005 and thus to solve this mystery of the original asymmetry.
Vividly and engagingly written, Lucifer's Legacy reveals that whenever asymmetry occurs in Nature, it points towards deeper truths.
"[A] jewel of a book....Close, a professor of physics at the University of Birmingham in England, embarks on a deep and illuminating exploration of the symmetries and asymmetries that surround us."--Scientific American
"This is Frank Close's masterpiece - his best book, and one of the very best introductions to physics for the layperson...Close is a master expositor."--Sunday Times
About the Author
Frank Close is Head of Theoretical Physics Division at the Rutherford Appleton Laboratory and is a Visiting Professor at the University of Birmingham. He was Head of Communications and Public Education at CERN, the European Laboratory for Particle Physics, from 1997-2000. He has been a Fellow of the Institute of Physics since 1991, and was awarded the Kelvin Medal in 1996. He also lectured at the Royal Institution Christmas Lectures in 1993.
Table of Contents
2. Symmetry at large
3. Through the looking glass
4. Mirror molecules and the orgins of life
5. Unearthly visions
6. 'Electrick virtue'
7. The heart of the matter
8. A glimpse of symmetry
9. Lost symmetries
10. Nature's sleight of hand
11. Antimatter matters
12. Back to the future
13. Lucifer's legacy