Review
"Quantum physics could be daunting to the lay person, but Fred Alan Wolf has simplified and made these abstract concepts very comprehensible. In his new book,
Time Loops and Twists: How God Created the Univers, he uses the wisdom from science and challenges our thoughts on religion while reminding us of true spirituality. His approach leads us in a new view of how consciousness and science are related." -
Deepak Chopra"I very much enjoyed reading Fred Alan Wolf's
Time Loops and Space Twists: How God Created the Universe. That is quite a feat." -
David Kaiser, Associate Professor and Lecturer, MIT
Product Description
In his most important book since
Taking the Quantum Leap, Fred Alan Wolf, Ph.D. explains how our understanding of time, space and matter have changed in just the last few years, and how with these new ideas we have a glimpse into the "mind of God."
Making comparisons to Hindu Vedic and Judeo-Christian cosmology, Dr. Wolf explains how the universal command of the Deity "Let there be light" now takes on a new scientific meaning: Everything is literally made of light and the reader will learn how Quantum Physics proves this is so.
"Quantum physics could be daunting to the lay person, but Fred Alan Wolf has simplified and made these abstract concepts very comprehensible. In his new book, Time Loops and Twists, he uses the wisdom from science and challenges our thoughts on religion while reminding us of true spirituality. His approach leads us in a new view of how consciousness and science are related." -
Deepak Chopra"Like so many physicists, Fred Alan Wolf draws inspiration from Richard Feynman's brilliant and at times bizarre approach to quantum theory. Using patience, pictures, and a healthy dose of good humor, Wolf walks readers through Feynman's wonderland, offering an accessible introduction to some of the most interesting and unexpected ideas at the heart of modern quantum theory." -
David Kaiser, Associate Professor and Lecturer, Department of Physics, Program in Science, Technology, and Society, MIT