Galaxies: genesis and evolution
Astronomers are still trying to discover exactly why galaxies formed in spiral shapes, and what’s likely to happen to our galaxy in the future.
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Astronomers are still trying to discover exactly why galaxies formed in spiral shapes, and what’s likely to happen to our galaxy in the future.
Create a particle accelerator using a Van de Graaff generator, a ping-pong ball and a salad bowl to understand how it is used to study matter at the smallest scale.
A blade of grass and a high tower both need to stand up against forces that threaten to level them. Are there design principles that they can exploit to achieve this?
The role of our oceans in climate change is more complicated than you might think.
In this experiment, simple liquids that mimic blood are used to demonstrate blood typing.
Using a simple calculation, measure the distance between Earth and the Moon with the help of a local amateur radio station.
Introduce your students to acoustic and optical spectra with a hands-on murder mystery.
Gravitational waves were predicted by Einstein – but where do they come from, and what different types might there be out in the cosmos?
This year is the International Year of Astronomy. To celebrate, Chris Starr and Richard Harwood suggest some useful websites and other resources to inspire your astronomy teaching.
Clues to the history of the Earth, the Milky Way and the Universe are hidden on the lunar surface.
Galaxies: genesis and evolution
A particle accelerator in your salad bowl
Bionic structures: from stalks to skyscrapers
Climate change: why the oceans matter
Investigating blood types
To the Moon and back: reflecting a radio signal to calculate the distance
Who murdered Sir Ernest? Solve the mystery with spectral fingerprints
Gravitational waves: a taxonomy
Education resources for the International Year of Astronomy
Lunar Diary: a chronicle of Earth’s journey through space and time, as seen from the Moon