Exploring the universe: from very small to very large
How do physicists study very small objects (like molecules, atoms, and subatomic particles) and very large objects (such as galaxies) that cannot be directly observed or measured?
Showing 9 results from a total of 19
How do physicists study very small objects (like molecules, atoms, and subatomic particles) and very large objects (such as galaxies) that cannot be directly observed or measured?
School children in India built their own digital microscope, bent light and investigated gas laws. Find out how.
More than 10 years ago, a very clever and inventive inhabitant from a favela discovered he could produce light without electricity. Now solar bulbs are spreading all over the world.
Physicist Adrian Mancuso works at the cutting edge of 3D imaging, at what will be Europe’s newest and brightest X-ray facility.
Glowing jellyfish, flickering fireflies, fun glow sticks; Emma Welsh introduces the beautiful and mysterious world of chemiluminescence.
Imagine sending music across the room by laser. Sounds impossible, doesn’t it? But Alessio Bernardelli’s students did just that – and then developed a play to explain the science behind it. Here’s how to do it.
Ana Lopes and Henri Boffin take us on a trip back in time – probing the history of the Universe.
Sigrid Griet Eeckhout from the European Synchrotron Radiation Facility in Grenoble, France, investigates what determines the toxicity of mercury compounds – and how X-ray light is helping to solve the mystery.
Take a CD and a cereal box, and what do you have? With a little help from Mark Tiele Westra, your very own spectrometer! Time to explore the delights of colour, hidden in the most prosaic of objects.
Exploring the universe: from very small to very large
Doing is understanding: science fun in India
Light refraction in primary education: the solar bottle bulb
High-powered research: physicist Adrian Mancuso
What is chemiluminescence?
Stage lights: physics and drama
The first light in the Universe
Mercury: a poisonous solution
A fresh look at light: build your own spectrometer