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"Carl Sagan famously said, 'If you wish to make an apple pie from scratch, you must first invent the universe.' But what fundamental matter is the universe made of? What banged in the Big Bang? And how did that matter arise from nothing into the world we now know? In [this book], Harry Cliff--a University of Cambridge particle physicist, researcher on the Large Hadron Collider, and acclaimed science presenter--sets out in pursuit of answers"--

"A unique and fascinating exploration of the building blocks that make up our Universe, Particle physics brick by brick illustrates and illuminates the twelve core building block particles and the forces that act upon them to create the world as we know it. Starting with the Big Bang and ending with the Higgs boson particle and the future beyond, this is a comprehensive and uniquely visual guide to quantum physics"--Back cover.

Discusses dimensions of space, early twentieth-century advances, the physics of elementary particles, string theory and branes, and proposals for extra-dimensional universes.

The quest began in 430 B.C. when a Greek philosopher smelled bread baking and imagined that an invisible particle might be the building block of all matter. He called it the a-tom - "that which cannot be cut" - and its pursuit has become science's longest-running experiment. Now, in a book of dazzling originality, Nobel laureate Leon Lederman tells the story of the 2,500-year search for the answer to an ancient question: what is the world made of?...

The cosmos has a secret ingredient: a swarm of invisible particles that fill every cubic inch of space. Trillions of them zip through our bodies but we don't notice a thing. Nova tells the 70-year struggle of scientists to understand them.

Shows how microscopes are used to see the tiniest parts of the universe. Helps readers understand that the size of any object may be viewed in relation to things smaller and things larger.