Genius of Britain
About the Show
Britain's top scientific names tell the story of the British science and ingenuity that has been at the forefront of some of history's greatest advances
Series 1 Summary
Britain may only be a small island, but its great scientists and inventors have literally created the modern world: from the invention of the steam engine, computers and the world-wide web to the discovery of the theory of evolution and the atom.
In this five-part series some of Britain's leading scientific figures - Stephen Hawking, Richard Dawkins, James Dyson, David Attenborough, Robert Winston, Paul Nurse, Jim Al-Khalili, Kathy Sykes and Olivia Judson - tell the stories of the people behind these innovations.
From Isaac Newton to Frank Whittle, James Watt to Isambard Kingdom Brunel, and Joseph Banks to Rosalind Franklin, these are the people who - through blood, sweat and tears - overcame all obstacles in the search for answers.
Scientific figures including David Attenborough, Stephen Hawking, Robert Winston and Richard Dawkins celebrate British scientists and inventors who created the modern world.
In this second episode scientists including Richard Dawkins look at the scientific spark that ignited the Industrial Revolution, from James Watt's steam engine to naturalist Joseph Banks.
Richard Dawkins season. Looking at the scientific titans of the 19th century, who created the railways, discovered electricity and devised the most explosive idea ever: evolution.
This episode tells the story of some of the scientists and engineers who helped Britain win the Second World War, and how we continue to enjoy the benefits of their discoveries to this day.
The last episode in the series examines the incredible scientific discoveries of the last 50 years and reveals where some of the greatest scientific minds of our time think we are heading.
Genius of Britain synopsis
Britain's top scientific names tell the story of the British science and ingenuity that has been at the forefront of some of history's greatest advancesEpisode Guide >