Title: Physics of the Impossible
Author: Michio Kaku
First published March 11, 2008
329 pages, Hardcover
ISBN: 9780385520690 (ISBN10: 0385520697)
Rating: 4.09
Overview
In “Physics of the Future,” Michio Kaku explores the incredible technologies that may become reality in the coming decades and centuries. From mind reading to interstellar travel, Kaku examines the fundamental laws of physics and how they may shape our future.
Using the categories of Class I, II, and III, he ranks the likelihood of achieving these impossible technologies. Kaku explains how advances in fields such as quantum physics, neuroscience, and nanotechnology may enable us to achieve the impossible.
This fascinating and thought-provoking journey into the future of science will engage and inspire readers.
About the Author
Meet Dr. Michio Kaku, a brilliant American theoretical physicist who teaches at the City College of New York. Not only is he a respected author, but he’s also a futurist who enjoys communicating science to the masses.
His books cover a wide range of scientific topics, particularly physics.
Dr. Michio has even achieved the status of a New York Times Best Seller twice: once with Physics of the Impossible in 2008 and again with Physics of the Future in 2011. His contributions to science have been immense, as he’s the co-founder of string field theory, a branch in the study of strings.
His work focuses on continuing the late Albert Einstein’s search for a theory that unites all four fundamental forces of nature.
The Institute for Advanced Study in Princeton and New York University have both welcomed Dr. Michio as a visitor and member, respectively. Currently, he holds the prestigious Henry Semat Chair and Professorship in theoretical physics at the City College of New York.
Editoral Review
Physics of the Impossible by Michio Kaku is a captivating scientific exploration into what we currently deem impossible, and the likelihood of these seemingly fantastical feats becoming a reality. Kaku, a theoretical physicist and professor at the City College of New York, is well known for his ability to explain complex scientific concepts in an accessible way for the general public.
In this book, Kaku examines some of the most popular science fiction concepts such as force fields, time travel, and teleportation, and explains the scientific principles behind them. He then analyzes the feasibility of these ideas, from our current scientific understanding to the technological advancements we may need to achieve them.
Kaku’s writing style is engaging and easy to follow, even for those without a strong scientific background. He uses real-world examples and historical context to explain the science behind each concept, making it relatable and understandable.
The book is divided into three parts: Class I Impossibilities, Class II Impossibilities, and Class III Impossibilities, each delving deeper into increasingly complex and seemingly impossible concepts.
One of the strengths of Physics of the Impossible is that Kaku does not shy away from the limitations and challenges that these technologies present. He provides a balanced analysis of the potential benefits and drawbacks of each idea, addressing the ethical and societal implications of their development.
However, some readers may find that the book lacks a cohesive narrative structure. While each chapter is fascinating in its own right, they can feel disjointed at times.
Additionally, some of the scientific concepts may still be difficult for readers without a strong scientific background to fully grasp.
Despite these minor flaws, Physics of the Impossible is a thought-provoking and thoroughly enjoyable read. Kaku’s passion for science is infectious, and his ability to make complex ideas accessible to the layman is commendable.
This book is an excellent choice for anyone interested in the intersection of science and science fiction, and the possibility of turning “impossible” ideas into reality.
Overall, Physics of the Impossible receives a rating of 8/10. While it may not be a perfect book, it is a valuable addition to any science lover’s library.
