Weighing up the evidence: what is a kilo?
We all know what a kilogram is – or do we? Researchers worldwide are working to define precisely what this familiar unit is.
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We all know what a kilogram is – or do we? Researchers worldwide are working to define precisely what this familiar unit is.
Many of us have had our teeth straightened with braces. Few people know, however, that orthodontics involves a great deal of fundamental science and fast-moving technology.
Learn how you and your students can use mathematics to study Jupiter’s moons.
Learn how to use research articles in your science lessons.
Contrary to the popular saying, deep waters are often far from still – which is just as well for marine life. Activities using simple water tanks are a good way to find out about the physics at work beneath the waves.
With the use of detergents and other surfactants on the rise, the resulting pollution is worrying. One answer: surfactants that can be collected and re-used simply by switching a magnetic field on and off.
Until a few centuries ago, people believed that the world was made only of earth, air, water and fire. Since then, scientists have discovered 118 elements and the search is on for element 119.
Why does meiosis so often go wrong? And what are the consequences?
European countries produce more than half of the world’s wine – and drink a lot of it too! These hands-on activities for schools reveal the science behind the perfect wine.
Biologist Juliana Machado Ferreira is using science to combat wildlife traffickers in Brazil.
Weighing up the evidence: what is a kilo?
The changing face of orthodontics
Galileo and the moons of Jupiter: exploring the night sky of 1610
Exploring scientific research articles in the classroom
Movers and shakers: physics in the oceans
Magnetic science: developing a new surfactant
The numbers game: extending the periodic table
Sloppy fishing: why meiosis goes wrong
Analysing wine at school
Cracking down on wildlife trafficking