Introducing Graphic Guide Box Set Great Theories Of Science

Author: Ziauddin Sardar

Stock information

General Fields

  • : $29.99 AUD
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  • : 9781848314559
  • : Icon Books Ltd
  • : Icon Books Ltd
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  • : 05 September 2012
  • : 172mm X 120mm X 42mm
  • : United Kingdom
  • : 29.99
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  • : books

Special Fields

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  • : Ziauddin Sardar
  • : Introducing...
  • : Multiple copy pack
  • : 1
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  • : 528
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Barcode 9781848314559
9781848314559

Description

This box set contains three brilliant Introducing Graphic Guides on mind-blowing ideas that have revolutionised our view of how the universe works - Relativity, Chaos and Quantum Theory. Using comic-book style illustration combined with accessible but authoritative text, the Introducing Graphic Guide series is a uniquely brilliant way to get your head around some of humankind's most thrilling ideas. What did Einstein means by E=mc2? How is a black hole formed? What use is a fourth dimension? A century on from Einstein's General Theory of Relativity, Introducing Relativity plots a compelling course through Einstein's vision of gravity as the curvature of space-time, to the contributions of Newton and Hawking and then to the breathtakingly beautiful field equations. If a butterfly flaps its wings in Brazil, does it cause a tornado in Texas? Described as 'a beautifully succinct primer ...most recommended' by Time Out, Ziauddin Sardar and Iwona Abrams' Introducing Chaos attempts to answer bafflingly difficult questions like this.
Explaining how chaos makes its presence felt in events from the fluctuation of the animal population to the ups and downs of the stock market, the book offers a uniquely approachable introduction to an astonishing and controversial theory. One of the biggest-selling titles in the Introducing series, J.P. McEvoy and Oscar Zarate's utterly brilliant Introducing Quantum Theory explores one of the most challenging, thrilling and mysterious areas of science. Taking the reader on a step-by-step tour, they tackle the puzzle of the wave-particle duality, Schrodinger's 'dead and alive cat', the EPR paradox and much more, explaining this notoriously difficult theory with patience, wit and clarity.