Uncovering the extraordinary science behind everyday life.
From the Cloud to static, waterproof clothing and drones, there's a whole world of fascinating science underlying the objects, actions and interactions of ordinary life. The Physics Behind... explains what makes the modern world go 'round by looking at everyday technology, objects in the home, nature and the engineering and science behind things you use every day.
Everyday Tech - The Faraday cage; Calculators; Predictive text; Solar panels; Drone delivery Leisure and Lifestyle - CGI; Baked Alaska; Perspective in art; 3-D films; Waterproof clothing; Microwave popcorn; Self-service checkouts Your Home - Static shocks; Wifi technology; Foam; Ring pulls; Refrigeration The Natural World - A fly's eye; Flight patterns of birds; Weather forecasting; Pond skaters; Rainbows Travel - Airbags; Driverless cars; Take-off and landing; Air traffic control Computing - Fingerprint recognition; Google Maps; The Cloud; CT scans; Touch-screen technology; QR codes; Augmented reality; Step counters on smart phones Everything Else - Springs; Night vision; The Doppler effect; Photocopiers; 3-D printing; The perfect igloo; This book. Packed with detailed original artwork and infographics, The Physics Behind... is perfect for anyone who has ever been curious about the science of life.
Russ Swan is a journalist, editor, and author. He lives in Nottinghamshire, UK, and consequently has a mild obsession with Robin Hood. He also likes motorbikes and springer spaniels.
As simple guides to physics go, this takes some beating. Everyday phenomena are described in simple, two-page analyses that could work for readers of any age, from maybe ten to adult. The cartoon-based style makes it look a bit like a children's book, but the science is sound.
Given the generally poor understanding of physics in the general population, it will be valuable to adults with even the slightest curiosity and who don't have the time to spend hours studying.
Topics range from the esoteric to the practical: what is a kilogram? How do CDs and DVDs work? Why does hot water cool faster than cold?
I gave a copy to the cast and crew of a science-based play I directed, and they all loved it (at least, the ones who read it and told me).
*Ethics alert: I've known Russ Swan for about 20 years through an online journalists' forum. If this was a bad book, I simply wouldn't review it out of courtesy to a friend. I've done something similar with another friend who wrote a fairly poor novel. And I wouldn't give it as a present if it wasn't any good.
If you are someone who has high school physics class and wonder what you have learned that has anything useful in your life ... you should really read this book. Just browse the Contents of the book, it is organised into nine sections with each containing topics (2-3 pages each with diagrams and annotations) on actual real life stuff (though not everyone has the chance to experience all). One can sequentially go through all or pick those you are interested in, then read that topic ... each will relate back to some parts of physics to explain why it is like that in our routine or modern life.
Examples from these sections include ... touchscreens, 3D movies, medical imaging, space telescopes, quantum biology, sunburn, satellite navigation, curve balls.
A book that tries to give an explanation for some of the basic concepts of physics. Each topic is covered in less than 4 pages, and are covered with diagrams and illustrations that help you understand the content better.
I find some of the explanations in this book are a bit technical, and it would be better if a few of the topics are given more pages. However, I feel that it is a good book if you want a brief overview on physics.
This was a terrific read. I enjoyed myself while flipping through the pages. My only qualm is this: for some of the topics, one or two pages of an explanation was not nearly enough for me to understand how it worked. I would get to the bottom of the page, flip it and expect more, but not find it supplied. This, I'm assuming, is a consequence of the whimsical, explain-in-two-pages-or-less format the book was aiming for, which worked fine for most all the subjects. There were only a handful I felt needed more. Otherwise, it's well-written, honest, and funny around the edges. There's an understanding that we're all getting our minds blown here and I am pleased to have chosen this book to help me do just that.
I used to hate physics lessons at school, all science classes for that matter. Despite this I found this book fascinating. If things had been taught this way at school I might have actually enjoyed science. I recommend this to everyone