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Statistics, maths and machine learning, each one introduced through a football question.

Each series starts at part 1, and every piece builds on the one before. New to the notation? The glossary explains every symbol.

Statistics Through Football

Probability distributions from the ground up, from penalties and goals to streaks and transfer fees, one football question at a time.

12 parts Beginner to Intermediate

Start at part 1

Calculus Through Football

Rates of change, from how quickly a winger gets up to speed to how models learn: derivatives and integrals without the fear.

6 parts Beginner to Intermediate

Start at part 1

Game Theory Through Football

Football as a contest of choices: penalties, tactics and the rules themselves, and what the best decision looks like when the other side is thinking too.

3 parts Intermediate

Start at part 1

Decision Science Through Football

Operations research on the pitch and in the boardroom: signings under a budget, squads, schedules and set pieces, and how to choose well when you can't try every option.

2 parts Beginner to Intermediate

Start at part 1

Latest parts

How far forward should we push? Attack, defence and the price of a rule

Push more players forward and you score more, but you concede more too. Calculus finds the best setting, and when the board sets a limit on goals conceded, it puts a price on that limit, in points a season for every goal.

Intermediate Part 2 of Decision Science Through Football

Why Gijón wasn't a prisoner's dilemma

In 1982 West Germany and Austria knew a 1–0 win for West Germany put them both through, and for 80 minutes nobody tried to change it. Game theory's most famous puzzle, the prisoner's dilemma, explains why deals fall apart. Gijón shows the other kind, the deal that needs no one to agree to it.

Intermediate Part 3 of Game Theory Through Football

Why don't keepers just stand still? The middle, the Panenka and three choices

Keepers almost never stay put for a penalty, and takers rarely go down the middle. Add the middle to the penalty game and the maths explains both, says how often each should happen, and shows why a perfect Panenka gets used less, not more.

Intermediate Part 2 of Game Theory Through Football

Who's the best signing? It depends what you're optimising

Five players on a shortlist, £10m to spend. Chase goals and you sign the striker. Chase points and three cheaper players beat him. Add one rule and the answer changes again. The three parts of every optimisation problem, with a transfer window.

Beginner Part 1 of Decision Science Through Football