Books in Scientist's Guide to Physics series

The discoveries in physics that inform current dark matter theory, everything from Newtonian gravity to Einstein's relativity to the Higgs-Bosun, are examined in this authoritative guide. It examines the biggest question facing physicists today: if we are only seeing about four percent of matter in the universe, what is the rest of it made of? The lengths that scientists are going to find what they call dark matter are revealed. Alternative theories to dark matter are also discussed, as are the scientists who don't believe that dark matter exists and are conducting their own experiments to disprove its existence.

Scientists throughout history have made amazing discoveries, but few findings have rocked our world and our view of our place in the universe like the theory of relativity. Albert Einstein's observations and studies leading up to this game-changing discovery are recounted here, as are modern-day applications and current findings. This book also includes the contributions of other instrumental scientists and their studies, such as Galileo Galilei, Sir Isaac Newton, and James Clerk Maxwell. This engrossing story of the scientists and studies that lead to the theory of relativity will fascinate and educate history and science fans alike.

This series unpacks the basic—but also very complex—fundamentals of physics and the universe. Each volume looks at the beginnings of discovery and casts a spotlight on the history behind a central topic in physics: quantum mechanics, gravity, relativity, and dark matter. Many ingenious scientists contributed to these breakthroughs, improving upon one another’s experiments and hypotheses to develop new theories. Concepts are described in an easily comprehensible and engaging manner and are supplemented by color photographs and helpful diagrams. • Domain-specific vocabulary words are used in a scientific context to help students understand their meaning and accelerate comprehension • Science and technology informational text that challenges students to analyze the interactions between individuals, events, and ideas • Promotes pursuit of STEM careers in the field of science and technology • Straightforward, appealing narrative gives historical context to complex ideas • Additional experiments and recent research developments are featured in sidebars