This Void is about average
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The book starts well with the physics explained at a fairly basic and historical level. Subsequent chapters advance this view with explanations of the theory of relativity and quantum mechanics along the way. The final two chapters however are the meat of the book and feel hurried with topics suddenly appearing that lack adequate explanation or background information. Did the book succeed ? In my view, not quite. It is a relatively short book, interesting but lacking a lot of explanation of the more complex later science that could have made it really good. Shame!
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Reading about Nothing is actually really interesting
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Professor Frank Close has managed to engage the non-physicist reader in a topic normally reserved for the intellectual elite. He offers a detailed yet broad analysis of The Void, of nothingness, a topic you would be forgiven for thinking is 'a done deal'.
But far from it, vacuums and the concept of nothingness have been on the minds of many great thinkers throughout time, from the early Greeks to the modern-day super brains at international research centres such as CERN in Switzerland. In a bid to understand our own existence, we may contemplate our opposite: non-existence. The book is not ignorant of the large philosophical questions either.
As the concept of vacuums evolved throughout history Close is there explaining in a real, down-to-earth voice what exactly is going on. The book is illustrated with diagrams throughout, and if like me, you have trouble visualising some of the more difficult concepts, these come in very handy. Having said that, I imagine even an A-Star physics student stands to benefit from this book.
The book is split into nine chapters, with each chapter being further divided logically according to topic. The book enters into the science of atoms, light, the quantum, waves and particles amidst other areas to explain the nature of a vacuum. The Big Bang, Aether, higher dimensions and time are also discussed. Warning: there are very large and small numbers featured in this book, and some concepts will challenge your understanding of your three-dimensional reality.
If you have ever wondered about what is left when you take all the stars, planets and us out of the universe, or that split second after the big bang, then this book hits the money. I recommend this book on the grounds that it covers an interesting topic, whilst introducing other facets of physics, is readable even to the untrained brain and makes you think twice and go 'aha'.
In short: there's Nothing I don't like about it.
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