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From predicting the weather to helping develop a better tasting cup of coffee, maths impacts our lives on a daily basis. Here are 26 examples of maths being used in the real world.

A is for Algorithm

Algorithms are often quoted in the press, usually for bad reasons, but they have many very beneficial applications.  Find out more in ‘Algorithms – The Good, The Bad and The Mutant’.

B is for Biology

Maths Biology has seen rapid growth in the last few years. Maths Biology PhD student Ben Calverley is investigating how parts of our bodies are controlled by our Circadian Clocks.  Find out more in Ben’s Career Profile.

C is for Coffee

Professor William Lee makes mathematical models for brewing coffee, working with chemists and baristas. Surprisingly he found a coarser grind leads to stronger coffee. Find out more in ‘The Mathematical Search for the Perfect Cup of Coffee’.

D is for Driverless Cars

Researchers at the University of Leicester are using artificial intelligence to automatically test driverless cars.  Find out more in ‘Would you trust a driverless car?’.

E is for Eggs

What is better value – Medium or Large Eggs?  Maths helps you analyse data and make decisions scientifically. Want to know the answer? Read this article on Medium vs Large Sized Eggs.

F is for Finance

Working in finance could mean detecting fraud, working for a charity, insuring against the risks of terrorism or predicting how many croissants are going to be sold by a Coffee Shop. Read more: ‘Maths Jobs in the Finance sector’.

G is for Game Theory

Game Theory is not just for playing boardgames. Governments, businesses and even hostage negotiators use Game Theory to make better decisions.  Find out more in: ‘Is it ever only a game?’

H is for Height

How high can a high jumper or pole-vaulter reach? Are there theoretical maximums and how close are the current world record holders? Read more here.

I is for Ice Sheets

Maths can be used to model how ice sheets might melt in the future as global temperatures rise. Find out more in: ‘What did the Greenland ice sheet used to look like? Using maths to understand climate change’.

J is for Jams on the Motorway

Ever met a traffic jam with no obvious cause? It was probably a phantom traffic jam and mathematicians are working to understand this very annoying phenomenon. Find out more about Phantom Traffic Jams.

K is for Knots

Knot Theory is a branch of mathematics which is helping scientists understand how DNA is knotted or how molecules behave. Find out more about Knot Theory.

L is for the Long Jump

What is the maximum theoretical limit to how far a long jumper can reach? A branch of mathematics called Mechanics may hold the answer.

M is for Mathematical Modelling

What is the difference between a mathematical model and a simulation? Professor Chris Budd explains all in this article.

N is for Non-destructive Testing

Non-destructive testing is the science of checking things are safe without having to blow them up, crash them or take them apart. Find out how mathematics can help detect 1mm cracks in a jet engine.

O is for Oncology

Poiseuille’s Law is normally used to model the flow of liquid in pipes. Mathematicians are using it to show how blood flows within virtual 3D tumours, allowing more effective testing of cancer drugs. Find out more.

P is for the Paralympic Games

It’s hard to award medals fairly to athletes with a range of different impairments. Professor David Percy talks about how mathematics has helped the International Paralympic Committee (IPC) tackle this tricky problem.

Q is for Quieter Skies

Aircraft noise is a big problem being tackled by mathematicians. The same ideas can also be used to reduce underwater noise which affects the behaviour of whales. Read more in the article ‘Quieter Skies’.

R is for Retail

Maths is at the heart of any successful retail business. Find out more in ‘Where can Maths Graduates work in the retail industry’.

S is for Stunts

When motorcyclist Guy Martin wanted to break the world record for riding the Wall of Death he enlisted Professor Hugh Hunt to do the maths.

T is for Theme Parks

Find out how maths controls your every move in this article ‘Rollercoaster Maths’.

U is for Umbrellas

How do meteorologists work out when you should get out your umbrella? Find out in ‘How Maths Keeps an Eye on the Weather’.

V is for Virus

Professor Reidun Twarock is a Mathematical Virologist who studies the icosahedral symmetry of viruses. Read more in: ‘An Interview with Professor Reidun Twarock’.

W is for Whales

A major threat to whales is being struck by shipping. Mathematical modelling is being used to keep ships and whales apart. Read more in ‘Pythagoras Saves the Whales’.

X is for X-Rays

Prof Manuchehr Soleimani from the University of Bath is using X-Rays and the mathematical theory of Tomography to improve the treatment of tumours. Read more: ‘Saving Lives with Mathematics: Removing landmines and tumours’.

Y is for Yield

How can a farmer arrange trees in an orchard to minimise the spread of blight and improve yield? The answer could be to use Percolation Theory. Read more in ‘Percolating Possibilities’.

Z is for Zoology

The stripy pattern on a tiger’s coat is governed by a system of equations – a process first noticed by the mathematician Alan Turing in the 1950s.

Article: How the Tiger Got Its Stripes, The Mathematics of Pattern Formation

Image Credits

Featured Image by StockSnap from Pixabay

Algorithms Photo by Christina @ on Unsplash

Coffee by Fahmi Fakhrudin on Unsplash

Eggs by Court on Unsplash

Iceberg by Annie Spratt on Unsplash

Knot by Philip Oroni on Unsplash

Plane by Samuel’s Photos on Unsplash

Rollercoaster by Priscilla Du Preez 🇨🇦 on Unsplash

Whale by Todd Cravens on Unsplash

Tiger by Donnie Ray Crisp on Unsplash

Article by Hazel Lewis