|Programme Run:||4 x 60 minutes|
Without mathematics, there would be no architecture, no commerce, no time and no chemistry. A Professor of Mathematics at the University of Oxford explores the 30,000 year history of maths and offers clear, accessible explanations of the development of the key mathematical principles that underpin the science, technology and culture of our modern world.
Our preview videos are intended for broadcasters looking to licence content from the Open University.
The Language of the Universe
Timekeeping motivated the world’s oldest mathematical devices. In ancient cultures, the need to predict the phases of the moon made a lunar calendar especially useful for the hunters of antiquity.
Anthropologists have discovered bones up to 37,000 years old, with 29 notches cut into them to represent the days of the month.
The first fully developed mathematical systems developed in Babylon, Egypt and Greece. Babylonian maths is based on a base 60 system, giving us 60 seconds in a minute, and 60 minutes in an hour. The mathematicians of Babylon also demonstrate that they must have been aware of Pythagoras’s theorem – at least 1,000 years before Pythagoras was born.
The Genius of the East
In China, in around 200 BC, the Han Dynasty encouraged scholars to compile a book known as The Nine Chapters, which attempted to recover and preserve forever the lost teachings of the Chinese mathematicians of antiquity. The text is dedicated to solving practical, real-world problems; how to divide land or goods and how to manage building works.
India was the first civilisation to develop a number system with a special symbol to represent zero – one of the great landmarks in the development of mathematics.
The Frontiers of Space
Mathematical problems became spectator sports in 16th century, with generous prizes given to the winners. In such a competitive atmosphere, it’s not surprising that mathematicians would jealously guard their knowledge – and in some cases, behave very badly. Girolamo Cardano, appeared to solve a problem known as the cubic, but he had stolen the solution, from a rival mathematician - Nicolo Tartaglia.
In England Isaac Newton developed calculus, which could account for the orbits of the planets, but spent the rest of his life embroiled in a dispute with a German mathematician over who developed it first.
To Infinity and Beyond
The computer revolutionised mathematics by enabling lightening speed calculations and helping mathematicians to "see" chaos, but proof without understanding has continued to unsettle mathematicians. Many argue that the pleasure of mathematics is to be found in the understanding of the problem, not simply a correct solution.
In 1900, French mathematician David Hilbert identified the most important unsolved mysteries confronting mathematics, laying down the roadmap for maths in the 20th century. 15 of the 23 problems have been fully or partly resolved and work continues on the rest.
The Open University has appointed DCD rights to distribute our television catalogue.
Please contact DCD Rights for further information
Broadcast and Partnerships
The Open University