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The Physics of Star Trek Paperback – Illustrated, July 10, 2007
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What warps when you're traveling at warp speed? What is the difference between a wormhole and a black hole? Are time loops really possible, and can I kill my grandmother before I am born? Anyone who has ever wondered "could this really happen?" will gain useful insights into the Star Trek universe (and, incidentally, the real world of physics) in this charming and accessible guide. Lawrence M. Krauss boldly goes where Star Trek has gone-and beyond. From Newton to Hawking, from Einstein to Feynman, from Kirk to Picard, Krauss leads readers on a voyage to the world of physics as we now know it and as it might one day be.
- Print length280 pages
- LanguageEnglish
- PublisherBasic Books
- Publication dateJuly 10, 2007
- Dimensions5.5 x 0.88 x 8.25 inches
- ISBN-100465002048
- ISBN-13978-0465002047
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Editorial Reviews
Review
"This book is fun...Krauss is always enlightening."―New York Times Book Review
What makes Krauss's book a winner is that it provides a pulpit for a thoughtful sermon on the possibilities locked in a universe that might or might not include a planet called Vulcan and a language called Klingon but that certainly could - in theory - deliver an antigravitational force called vacuum energy.―The Guardian
"A fascinating way to learn more about physics."―St. Petersburg Times
"One of the year's best gifts for a science-fiction fan."―Cleveland Plain Dealer
"The Physics of Star Trek is a fun, readable little book by an eminent physicist that boldly goes where few serious scientists have ever gone before."―Tampa Tribune
Even those who have never watched an episode of Star Trek will be entertained and enlightened by theoretical physicist Krauss's adventurous investigation of interstellar flight, time travel, teleportation of objects and the possibility of extraterrestrial life.―Publishers Weekly
About the Author
Product details
- Publisher : Basic Books; Revised edition (July 10, 2007)
- Language : English
- Paperback : 280 pages
- ISBN-10 : 0465002048
- ISBN-13 : 978-0465002047
- Item Weight : 10.2 ounces
- Dimensions : 5.5 x 0.88 x 8.25 inches
- Best Sellers Rank: #776,573 in Books (See Top 100 in Books)
- #209 in Science Fiction, Fantasy & Horror Television (Books)
- #472 in TV Shows
- #1,180 in Astrophysics & Space Science (Books)
- Customer Reviews:
About the authors

Discover more of the author’s books, see similar authors, read author blogs and more

I was born in New York City and shortly afterward moved to Toronto, spending my childhood in Canada. I received undergraduate degrees in mathematics and physics from Carleton University in Ottawa Canada, and my Ph.D. from the Massachusetts Institute of Technology in 1982.
After three year a stint in the Harvard Society of Fellows, I was a professor at Yale University for eight years and then, when I was 38 I moved to become Ambrose Swasey Professor of Physics, professor of astronomy, and Chairman of the Physics Department at Case Western Reserve University. Since then I have held endowed positions at a variety of Universities around the world in departments ranging from physics and astronomy, to earth and space exploration.I retired from academia in 2019 at age 65 when I became President of The Origins Project Foundation, (www.originsprojectfoundation.org) and independent non-profit foundation furthering the public understanding of science, and enhancing connections between science and culture. In the same year I became host of The Origins Podcast with Lawrence M. Krauss (www.theoriginspodcast.com), where I have extended video dialogues with the most interesting people in the world.
My research focuses on the beginning and end of the Universe. Among my contributions to the field of cosmology, I helped lead the search for dark matter, and proposed the existence of dark energy in 1995, three years before its observational discovery, which received the Nobel Prize in 2011.
I write regularly for national media, including The New York Times, The New Yorker, the Wall St. Journal, The Globe and Mail, The National Post, Quillette, Prospect, and other magazines, as well as doing extensive work on radio and television and most recently in feature films.
I am strongly committed to public understanding of science, and have helped lead the national effort to preserve sound science teaching, including the teaching of evolution, for which I was awarded the National Science Board's Award for the Public Understanding of Science. I also served on Barack Obama's 2008 Presidential campaign science policy committee. I was honored to be Chair of the Board of Sponsors of the Bulletin of the Atomic Scientists from 2006-2018, and from 2010-2019 was on the Board of Directors of the Federation of American Scientists.
I became a scientist in part because I read books by other scientists, such as Albert Einstein, George Gamow, Sir James Jeans, etc, when I was a child, and was inspired meeting various scientist-heroes including Richard Feynman and my popular writing returns the favor. One of my greatest joys is when a young person comes up to me and tells me that one of my books motivated them to become a scientist.
I believe science is not only a vital part of our culture, but is fun, and I try and convey that in my books and lectures. I am honored that Scientific American referred to me as a rare scientific public intellectual, and that all three three major US Physics Societies: the American Physical Society, the American Association of Physics Teachers, and the American Institute of Physics, have seen fit to honor me with their highest awards for research and writing.
I have now written 12 popular books on various aspects of science and culture, including the two New York Times Bestsellers, The Physics of Star Trek, and A Universe from Nothing. These two books sold over 500,000 copies in English alone and the latter was translated into 25 languages.
My last book, The Physics of Climate Change, was published in March 2021. I wrote it during the pandemic, when I was able to take time to fully immerse myself in updating my knowledge of climate science and trying to translate it into popular language. This book cuts through the confusion by succinctly presenting the underlying science of climate change. It presents the underlying science behind climate change, free of political bias, or jargon so that all readers can understand one of the most important issues of our time, and allows laypeople to assess which climate predictions are firmest and which are more speculative . A departure from much of the focus of my previous books, it addresses a timely issue that should impact on the basis of ongoing public policy.
My newest book, The Edge of Knowledge: Unsolved Mysteries of the Cosmos (in the UK it is entitled The Known Unknowns: The Unsolved Mysteries of the Cosmos) is a roller coaster ride taking us to the limits of what we know, and more importantly, what we know we don't know about the Universe. Divided into 5 sections: Time, Space, Matter, Life, and Consciousness, it takes the greatest unsolved problems in science. It is a celebration of how far we have come in understanding the universe, while providing an invitation to the next generation of young people to take up the challenge. The Universe continues to surprise us, but it will only do that if we keep asking questions, and keep exploring it. The rewards are ultimately a better understanding of our own place in the cosmos, including where we came from, and where we are heading.
When not writing or doing research or relaxing at home with my family, I love to mountain bike, fly fish, and scuba dive.
You can find more about my research, my activities, and my opinions on my substack site Critical Mass at LawrenceKrauss.substack.com or web page lawrencemkrauss.com or on my twitter feed @Lkrauss1 or at https://wakelet.com/@LawrenceKrauss
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“How does the Star Trek universe stack up against the real universe? Find out what the series creators got right — and wrong — about science in this fascinating guide.”
One of the things that they got wrong was the holodeck. Yes, such things as holograms exist, but they are just images, not physical people and objects. This was disappointing to read because it means that I can’t have a holodeck installed in my house so that I can fully indulge my private fantasies.
In other places in the book, you find that the writers have the correct concept but are wrong on the details. When Data and guest character Dr. Marr searched for the Crystalline Entity by tracing the annihilation radiation, they had the right idea, but were looking for radiation with the wrong number of electron volts. And the number that they used is in the X-ray band, not the gamma-ray band as stated on the show.
Interestingly, the area where there is hope for a Star Trek style future is in traveling tremendous distances even though you can’t go faster than the speed of light. Consider these lines from the foreword by Stephen Hawking.
“Fortunately, Einstein's general theory of relativity allows the possibility for a way around this difficulty: one might be able to warp space-time and create a shortcut between the places one wanted to visit. Although there are problems of negative energy, it seems that such warping might be within our capabilities in the future.”
The book can sometimes get deeper into the weeds than some readers may want. For example, in a section on Quantum Measurements, it is stated that we should not use classical physics language to try to explain quantum physics. Instead, classical mechanics should be understood in terms of the proper quantum mechanical variables.
Still, it is an interesting book. You are introduced to many concepts of physics which are presented in the context of stories you have seen in the original Star Trek series, the subsequent Star Trek series, and the Star Trek movies. I enjoyed reading it.
Professor Krauss, a professor of physics at Arizona State University, is well equipped to assess the possibilities and probabilities of occurrence of all of these dreams. For the most pare, he doesn't come out directly and say something is absolutely impossible or practical: he takes us through an estimate of the energy that might be needed, or the amount of computer storage space that might be needed; we're left to somewhat draw our own conclusions.
As an example: the ever popular tractor beam. Just how might that work? When a tractor beam is sent out to capture and pull in some object, why doesn't the Enterprise also move? We all know that if we tug on one end of a rope and something else tugs at the other end, most likely we'll both move, unless one end of the rope is firmly anchored to something "immovable". What in space might the Enterprise be "firmly anchored" to?
Another example, my favorite: what characteristics of the holideck are possible,and what are impossible? Or is it all possible?
Occasionally Professor Krauss wanders off into the tall grass of astrophysics or of quantum theory, and the text tends toward journalese. But that's ok: it showed to me areas in which his passion for the subject showed through.
I thoroughly enjoyed this little book: 228 pages. A fun read.
Yet as Krauss points out, that does not stop discussion of the latest ‘Trek’ over coffee the following day, such as this:
‘ By the same token, not just light but all massless radiation must travel at the speed of light. This means that the many types of beings of “pure energy” encountered by the Enterprise, and later by the Voyager, would have difficulty existing as shown. In the first place, they wouldn’t be able to sit still. Light cannot be slowed down, let alone stopped in empty space. ‘
Krauss, Lawrence M.. The Physics of Star Trek (p. 29). Basic Books. Kindle Edition.
So, those Zetarians or Dal’Rok would have correspondingly slowed senses of time in comparison to ours. He gives credit to the writers for those concepts they do right, and mentions where our current theories could support such plot devices.
This volume must be read by all scify buffs. 5 Stars.



