A Brief History of Time

Stephen Hawking’s "A Brief History of Time" stands as a beacon of scientific literacy, bringing the wonders of the universe to readers who may have little to no background in science. This groundbreaking book captivates with its clear, accessible explanations of complex concepts such as black holes, the big bang, and relativity. Hawking masterfully simplifies these vast and intricate subjects without diluting their awe-inspiring qualities, making it a delightful read for the curious mind.What sets this book apart is its ability to transcend typical scientific discourse, presenting theories not

A Brief History of Time by Stephen Hawking is about modern physics for general readers. Its aim is not just listing some topics, but introducing modern physics by examining current scientific answers, although not complete, to fundamental questions like: Where did we come from? Why is the universe the way it is? Was there the beginning of time? Is there an ultimate theory that can explain everything? We don't have such a theory yet.I have read the first edition when I was a high school student around 1990, and this book is the revised version (revised in 1998). Compared to the first version, t

A Brief History Of Time explores some of the basic questions of existence, such as: How did the universe come to be? What's going to happen to it? How does time work? The book covers the size and age of the universe, the beginning and end of it, black holes, various theories about time, and how the theory of general relativity fits in with the quest for a general theory of everything.Widely regarded as one of the greatest minds of our time, Hawking's attempt to communicate complex science to the general public is written in a clear, almost elementary style, at least initially. (As more difficu

"A Brief History of Time" by renowned physicist Stephen Hawking is a testament to the power of human curiosity and our relentless pursuit to understand the universe in which we live. This book brings the mysteries of space and time from the realm of the abstract into the hands of the everyday reader.Hawking's genius lies not only in his profound understanding of cosmology but also in his ability to translate complex concepts into digestible prose. The book effortlessly walks you through theories of relativity, quantum mechanics, black holes, and the Big Bang Theory, among others. Each page unf

If you've been away from science for a while, or have failed to come to grips with the current foray of the physical (cf., biological) sciences, this is THE book to read. You'll be pleasantly, elegantly, coherently, and intelligibly guided through the breakthrough in chemical and physical science. And you'll also become more aware of this century's greatest scientific challenge: How to unify two contrary, maybe even contradictory, theories about how the world works -- quantum theory and relativity theory. The former works well on the microscopic level, while the later works well on the macrosc

Just what he wanted

I first heard chapters 1-5 on audio book during my long commute to a previous job. Much of what it said made sense, and made me want to read the rest of it--so finally I bought the book on paper and read the whole thing. Oddly, it made less sense in print, which might be because on those long car trips I had nothing better to do than focus on what I was hearing, whereas reading it on light rail introduced so many distractions.What I'm getting at is, the book is difficult to understand, even for an educated layperson--but in its defense it explains some very difficult ideas, and on light rail I

As an amateur astronomer of 40 years and a life member of the Mars Society I have read a few books on space/time.Stephan Hawkins is one of the most brilliant physicists since Einstein and chairs the professorship that Issac Newton used to chair.Hawkins is a master at putting together aspects of large scale gravitation theory and small scale quantum mechanics. Hawkins tells us Einstein spent most of his later life trying to find a universal law that would describe the total nature of the universe and failed. We are still trying to put together a complete universal total law.The first 1/3 of the