We Have No Idea
A Guide to the Unknown Universe
Scientists have little idea what dark energy and dark matter are and these mysterious substances make up the vast majority of the universe. With the help of cartoons and infographics, this discussion of the many problems vexing cosmologists describes complex conundrums, such as why the universe has a speed limit or properties of the universe that the Big Bang theory cannot account for, in a lucid and entertaining way. Felt-tip mark on lower trimmed edge.
The Strange Physics of Nothing
What do we mean by ‘empty space’? Was Newton wrong to think of it as a kind of theatre in which physics could unfold? In this book a philosopher of science explains how the very process of adapting intuitive ideas to scientific theories causes radical changes to our conception of reality. He also describes physicists’ efforts to reconcile different meanings of ‘nothing’ in general relativity and quantum theory.
A Guide to the Cosmos
Explaining how non-physicists can do science, this guide aims to show that questions about Earth, the solar system and the universe beyond can be answered by observing, measuring and thinking. Following the work of scientists such as Hubble and Einstein, and asking questions about the age and weight of things, what things are made of and how far away they are, the authors lead us from looking at the stars to thinking about the origin of the universe. Off-mint with a felt-tip mark on lower trimmed edge.
Einstein's Greatest Mistake
The Life of a Flawed Genius
David Bodanis, the bestselling author of E=mc², presents a life of the great physicist and reveals how much we owe Einstein today – and how much more he might have achieved without his all-too-human flaws. A former Sunday Times Science Book of the Year.
Zoom: How Everything Moves
From Atoms and Galaxies to Blizzards and Bees
Why does it take so long for thick ice to form? How slowly do stalactites grow? How much lower is a bee's buzz than a mosquito's? Why can we see the flicker in old silent movies? The answers to such questions are revealed as astronomer Bob Berman explains the myriad movements that shape the universe, from the Sombrero Galaxy, which speeds away from us at 562 miles per second, to the oscillations of water molecules.