This book grew on me. The reason I didn’t like it at first has to do with how the title sells the book in the wrong direction. When one sees the title “The Science of Science Fiction” one expects a book like those by Michio Kaku (e.g. “Physics of the Future” or “Physics of the Impossible” – or perhaps like Kakalios’s “The Physics of Superheroes.” In other words, one is expecting a book that teaches one about science through examples of science fiction, i.e. using science fiction to make science interesting and relatable. If you are expecting that kind of book, I suspect you’ll be disappointed.
The book doesn’t go into any depth on scientific issues. Instead of a book about the nexus of science and science fiction, one gets a book about the nexus of the history of science fiction, the history of science, trends in scientific progress, and trends in science fiction. (The confusing title is a little bit justified, therefore, given the broad territory of the books “niche,” but it could lead to confusion.) If you are interested in questions such as which came first the fictional atomic bomb or the real one, you’ll be reading the right book. If you are interested in whether or not quantum entanglement can be used for an ansible (faster than light communication) or how fast Superman has to jump to orbit the planet, you’ll find this book a disappointment.
The book is divided into four parts and has many brief chapters in each. Most of these chapters take as their lead a recent work of science fiction (usually a movie) though the book is at its strongest when it’s teaching the reader about the history of science fiction and how that history was influenced by – and influenced – real world events.
The first part is about space. It considers such questions as whether we will see alien visitor or invaders, the likelihood of parallel universes, and when we can expect to colonize other worlds.
The second part is entitled “time” and it considers the many ways time has been explored through science fiction. The time machine is considered from several dimensions and through movies such as the “Terminator” series and “Looper.” However, other time-related plot devices are also given scrutiny, such as precognition.
The third part is about machines and the interaction between man and machine. What can we expect from the rise of artificial intelligence (AI) and robots? The reader learns about the earliest use of the term robot and how historical science fiction compares to the realities coming to fruition.
The fourth, and final, part is entitled “Monster” and it investigates the realm of biology. Can monsters or supermen be created through super-serums or genetic modification? What are the limits of the human body and mind? These are the type of questions that are investigated.
There are no graphics, notes, or back matter in this book. However, I did read a review copy, so your results may vary.
If you are interested in the history of science fiction and how science fiction relates to scientific progress and the effect of science on culture, then I recommend this book. As I said, if you’re wanting to learn about science through the lens of examples from science fiction, then this is probably not the book for you. As I said, the book is at its strongest when it explores the history of science fiction.