Articles

The making of the logarithm

The natural logarithm is intimately related to the number e and that's how we learn about it at school. When it was first invented, though, people hadn't even heard of the number e and they weren't thinking about exponentiation either. How is that possible?

Learning arithmetic in Georgian England

Georgian school maths: bushels of corn, kilderkins of beer and feeding soldiers. All without algebra!

Establishing the philosophy of cosmology

Do the dramatic advances in cosmology in the last century herald a new golden age of philosophy? A new collaborative project between cosmologists and philosophers is leading the way.

Mathematical man Friday

Who knew that Robinson Crusoe contained a lost chapter about maths? Help us find the hidden mathematical references and win a prize!

Struggling with chance

A 1 in 14 million chance to win the lottery, a 5% risk of cancer, a 50:50 chance of heads on a coin — we deal with probabilities all the time, but do they actually mean anything? We explore the philosophy of probability and ask whether the probabilities that come up in physics differ from those in every day life.

Still struggling with chance

Are there objective chances in the world?

Physical financeThe fact that a sizeable proportion of the financial workforce is made up of physicists is one of the industry's best-kept secrets. We talk to Laura Tadrowski, who has made the leap from physics to finance.
The life and numbers of FibonacciThe Fibonacci sequence – 0, 1, 1, 2, 3, 5, 8, 13, ... – is one of the most famous pieces of mathematics. We see how these numbers appear in multiplying rabbits and bees, in the turns of sea shells and sunflower seeds, and how it all stemmed from a simple example in one of the most important books in Western mathematics.
3D printing mathematics

Saul Schleimer and Henry Segerman show off some of their beautiful 3D printed mathematical structures.

The puzzle of time

Why does time only ever move in one direction? We talk to philosophers of physics Jeremy Butterfield and David Wallace, as well as the eminent Roger Penrose about the puzzle time poses to physicists and what it has to do with the Big Bang and the second law of thermodynamics.