Brian Cox

Why Does E=mc²? (And Why Should We Care?)

An exploration of Albert Einstein's famous equation, explaining its derivation and its significance in modern physics. The authors describe how energy, mass, and the speed of light are interrelated and how these principles define the structure of our four-dimensional universe.

Wonders of the Solar System

The book of the acclaimed BBC TV series

Professor Brian Cox explores the extraordinary phenomena of our solar system, from the giant ice fountains of Enceladus to the liquid methane seas of Titan. The book explains the fundamental laws of nature that govern celestial bodies and examines how they came to be. It serves as a detailed companion to the BBC documentary series, utilizing scientific imagery and accessible explanations.

The Quantum Universe: Everything That Can Happen Does Happen

And Why Anything That Can Happen, Does

Brian Cox and Jeff Forshaw explain the core principles of quantum mechanics, aiming to demystify the theory for a general audience. They explore how subatomic particles behave and how these fundamental laws shape the structure of atoms, stars, and the universe at large.

Wonders of the Universe

The Book of the BBC TV Series

This work explores the fundamental laws of physics and the history of the cosmos, tracing the evolution of stars and galaxies across 13.7 billion years. It explains complex scientific concepts like entropy and the origin of elements by drawing parallels to phenomena observed on Earth.

Human Universe

Celebrating Humanity's Extraordinary Journey from Dust to the Stars

This work explores the fundamental questions of human existence, from our origins on Earth to our place in the vast cosmos. It traces the scientific progress that transformed humanity from primitive beings into a spacefaring civilization capable of understanding the laws of physics.

Forces of Nature

Explores the fundamental laws of nature that govern our world and the universe. The book traces how these universal principles shape everything from the symmetry of a snowflake to the structure of the cosmos.

Black Holes: The Key to Understanding the Universe

A scientific journey to the research frontier

Professors Brian Cox and Jeff Forshaw explore the physics of black holes, tracing a journey from Einstein's general relativity to modern quantum information theory. The book examines how these cosmic phenomena challenge our understanding of space and time, presenting the theory that the universe may operate like a giant quantum computer.