A universe from nothing

Everything and Nothing

An Interview with Lawrence M. Krauss

Sam Harris

Lawrence M. Krauss is a renowned cosmologist, popularizer of science, and director of the Origins Project at Arizona State University. He is the author of more than 300 scientific publications and 8 books, including the bestselling The Physics of Star Trek. His interests include the early universe, the nature of dark matter, general relativity and neutrino astrophysics. He is also a friend and an advisor to my nonprofit foundation, Project Reason. Lawrence generously took time to answer a few questions about his new book, A Universe from Nothing.***




One of the most common justifications for religious faith is the idea that the universe must have had a creator. You’ve just written a book alleging that a universe can arise from “nothing.” What do you mean by “nothing” and how fully does your thesis contradict a belief in a Creator God?

Indeed, the question, “Why is there something rather than nothing?” which forms the subtitle of the book, is often used by the faithful as an unassailable argument that requires the existence of God, because of the famous claim, “out of nothing, nothing comes.” While the chief point of my book is to describe for the interested layperson the remarkable revolutions that have taken place in our understanding of the universe over the past 50 years—revolutions that should be celebrated as pinnacles of our intellectual experience—the second goal is to point out that this long-held theological claim is spurious. Modern science has made the something-from-nothing debate irrelevant. It has changed completely our conception of the very words “something” and “nothing”. Empirical discoveries continue to tell us that the Universe is the way it is, whether we like it or not, and ‘something’ and ‘nothing’ are physical concepts and therefore are properly the domain of science, not theology or philosophy. (Indeed, religion and philosophy have added nothing to our understanding of these ideas in millennia.) I spend a great deal of time in the book detailing precisely how physics has changed our notions of “nothing,” for example. The old idea that nothing might involve empty space, devoid of mass or energy, or anything material, for example, has now been replaced by a boiling bubbling brew of virtual particles, popping in and out of existence in a time so short that we cannot detect them directly. I then go on to explain how other versions of “nothing”—beyond merely empty space—including the absence of space itself, and even the absence of physical laws, can morph into “something.” Indeed, in modern parlance, “nothing” is most often unstable. Not only can something arise from nothing, but most often the laws of physics require that to occur.

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