How do we hear?
Your ear can detect movements smaller than atoms and turn them into music, voices and laughter. How does it work?
Showing 10 results from a total of 354
Your ear can detect movements smaller than atoms and turn them into music, voices and laughter. How does it work?
Over 15 000 satellites are currently orbiting Earth. Do you know what it takes to keep them up there?
Most people know that the Moon and the Sun cause the tides, but few understand why we get two high tides each day, or why a tidal bulge forms on the opposite side of the Earth from the Moon.
Our DNA is the blueprint of life, but epigenetics interprets how it is read. Learn how epigenetics controls our genes, enables life and shapes who we are.
X-ray light does not only enable us to look at our bones, it also helps scientists to analyse tiny molecules that make up all living things.
Invisible soap, heavy water and a research reactor come together to provide enlightening insights into how plants and bacteria turn light into food.
What makes emerald green fade in famous paintings? Scientists at ESRF study how colours fade.
A new short film explores the science behind gene therapies, with the help of five leading experts in the field and a unique, stop-motion animation.
Every tide tells a story. Discover how waves, shells, and even litter reveal clues about marine life and our shared connection with nature.
How tiny quantum particles dig into the mysteries of future materials.
How do we hear?
Magic wires and a chilled battery – how fusion based technologies could power up satellites
The pull of the Moon: unlocking the mystery of tides
Beyond DNA: how epigenetics controls your genes
How European XFEL uses X-ray light to make the invisible visible
Neutrons elucidate the mysteries of photosynthesis
Is it light or humidity?
Gene Horizons: a video introduction to the science behind gene therapies
Sandy beaches: connecting land, ocean, and humans
Neutron science: a quantum story