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The Science of Interstellar

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About the Author

Kip Thorne, a Nobel Prize-winning physicist and the Feynman Professor of Theoretical Physics Emeritus at Caltech, is the author of the bestselling books Black Holes and Time Warps and The Science of Interstellar. Thorne was an executive producer for the 2014 film Interstellar. For “bridging the worlds of science and the humanities,” Thorne received Rockefeller University’s Lewis Thomas Prize for Writing about Science. He lives in Pasadena, California.

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Product details

Paperback: 336 pages

Publisher: W. W. Norton & Company; 1 edition (November 7, 2014)

Language: English

ISBN-10: 9780393351378

ISBN-13: 978-0393351378

ASIN: 0393351378

Product Dimensions:

7.8 x 0.8 x 10 inches

Shipping Weight: 2 pounds (View shipping rates and policies)

Average Customer Review:

4.6 out of 5 stars

344 customer reviews

Amazon Best Sellers Rank:

#19,951 in Books (See Top 100 in Books)

In this book, Dr. Thorne painstakingly explains what are the well-established science and what are the speculations behind the movie Interstellar.The movie is very long, and contains a lot of things --- and in places it was a little bit puzzling. This book takes us back to the movie, and explains to us the many aspects of science that this movie touched on, including: the biology and geophysics behind the dooms-day scenario at the beginning of the movie, the astrophysics and gravitational physics of black holes, the science of planets, and the (very wild) scientific speculations on wormholes and quantum gravity.I watched the movie together with a group of physicists and astronomers; afterwards, we had a lively debate about whether many details in the movie was really plausible, as Dr. Thorne had promised to us previously. After reading this book, I can see that Dr. Thorne had (of course!) realized most of the problems that we were debating. In places when astrophysics or planetary science were involved, Dr. Thorne provided the (sometimes very unlikely but nevertheless possible) scenarios that our difficulties might be resolved. In places involving speculations in fundamental gravitational and quantum physics, Dr. Thorne provided motivations from the frontiers of theoretical physics. It was great fun to read these details.Finally, this book reveals the untold story in the movie: it all started from the detection of gravitational waves!!!

The imagery in Christopher Nolan's movie Interstellar is breathtaking in IMAX. One of the most memorable scenes is of the massive black hole named Gargantua. In this scene we view something that mankind will not see in reality in the foreseeable future. In Kit Thorne's book the reader learns that in making the movie Nolan stayed as close to known science and scientific speculation as possible. This science can be difficult, but Thorne writes well and provides a number of diagrams that illustrate the points he is making. Prof. Thorne worked on the movie from it's early beginnings in 2005, when Christopher Nolan's brother Jonathan worked on the early screen play. At one time Steven Spielberg was slated to direct the movie. We can be glad that he dropped out, because he would not have made the breathtaking movie that Nolan did. Thorne covers the science from the beginning of the movie to the end, where Cooper falls through the black hole into the tesseract structure. As Thorne warns at the start of the book, some sections can be heavy going. If you don't know what an event horizon is, the book may be especially difficult.What makes black holes so difficult is that their physics is far outside any normal experience.For example, at the end of the movie, Cooper, in one of the landing craft, falls into the black hole. In a massive black hole the tidal forces (the difference in gravity between your toes and the top of your head) are small so he can survive the trip across the event horizon.Thorne mentions several times in the book that as an object approaches the event horizon, time, relative to the rest of the universe, slows toward infinity. To the outside observer, an object becomes trapped at the event horizon (although it cannot be seen). What is hard to understand is that the object, in its own frame of reference, does cross the event horizon.Thorne does not succeed in fully explaining exactly what is happening in this strange region that is outside of our universe. For example, looking out of the hole, in the direction he is falling, does Cooper see all of time come to an end? How fast is he traveling? If he orbits just below the event horizon, is he traveling near the speed of light? Why, exactly, is it so important that Cooper intersect the out falling singularity? Simply stating that this is "historical light" is not an obvious explanation.I suspect that the problem is that many of the answers to these questions exist in mathematical equations, which are Thorne's old friends, since he has spent a lifetime with them.These complexities make the book both fascinating and difficult at the same time. Einstein once said that ideas should be as simple as possible, but no simpler. Thorne is dealing with complex material and has done a good job of trying to live up to Einstein's dictum.

The best thing about this movie, as far as I'm concerned, is that it was designed from the beginning to treat some of the most interesting effects of general relativity in an accurate manner, and to make these counterintuitive effects central to a compelling human story. That story may be unrealistic in many ways, as most interesting stories are, but everything that occurs in the movie is consistent with the laws of physics as far as we know them (the material at the end delves into very speculative issues, but it does so in ways that are inspired by serious work in quantum gravity).The fact that the main features of the movie are scientifically realistic could come as quite a surprise to many viewers, and this book gives them the opportunity to take the next steps toward understanding this surprising and incredibly beautiful science.

Kip Thorne's Science of Interstellar, answers just about all of the questions that one could possibly have after seeing the incredible movie. From the "simple" law of gravity, to the insanely complex ideas of space time warping, the tesseract, and gravitational anomalies, Kip takes his incredible knowledge of the universes and translates it into language that we can understand. The Science of Interstellar is as fascinating as it is riveting.The only complaint that I have is that Thorne does not dedicate a specific chapter or section to explain the complex timeline which occurs throughout Interstellar. There is a chapter on the climax of the movie where I believed that section would be, however, there was nothing on the crazy timeline of events which would have been quite helpful in the understanding of this incredible movie.

Very readable without mastering the intricate math that goes with this kind of science. A very good story, too, about how this all came to happen and how and where the film makers had to compromise the science for the sake of story telling and when they hewed to the science more closely. And you learn quite a bit of science in the course of the book. You get a pretty solid update on the status of relativism in the early 21st century. Thorne is an obvious and unapologetic Einstein fan, so you get an enthusiastic argument for his undeniable brilliance as the guy who unlocked all of this, assuming Thorne and others are smart enough to figure it out.

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