Climate science is one of the largest collaborative undertakings in the history of research, involving satellites, ice cores, ocean buoys, computer models and thousands of people working across decades and continents. The knowledge it produces shapes policy, investment and the lives of everyone on the planet, yet the science itself is often poorly understood outside specialist circles.
A new series sets out to change that, walking through the fundamentals from first principles. It begins with the physics of how gases absorb and re-emit radiation, a process rooted in quantum mechanics, and builds upward through the chemistry of the atmosphere, the circulation of the oceans and the mathematics of prediction.
The goal is not to simplify the science into slogans but to make its structure visible: what is measured, what is modelled, what is uncertain and why. Readers who follow the series should come away able to distinguish a well-established result from an open question, which is the most useful thing a general audience can take from any technical field.
