Simulating the effect of the solar wind
The smooth operation of communications satellites can be influenced by solar weather. Mimic this effect on a smaller scale in the classroom with a simple demonstration.
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The smooth operation of communications satellites can be influenced by solar weather. Mimic this effect on a smaller scale in the classroom with a simple demonstration.
To keep refuelling its reactor, the EFDA-JET facility fires frozen hydrogen pellets into 150 million°C plasma. But these pellets have an added benefit as well.
When measuring the chemistry of the atmosphere, it helps to fly up in specially modified laboratories.
One of the scientists’ main interests in Mars research is water. Is there water on Mars?
Cell’s movements are important in health and diseases, but their speed is the crucial point for the 2013 World Cell Race organised by Daniel Irimia.
In Sweden there lives a small, green dragon called Berta, who invites young children to join her adventures in Dragon Land – all of which are about chemistry.
Bring discovery into the classroom and show students how to evaluate Planck’s constant using simple equipment.
Iodine, with its characteristic purple vapours, has myriad applications – from the familiar disinfectant to innovative solar cells.
Having difficulties explaining black holes to your students? Why not try these simple activities in the classroom?
Soaring temperatures, a flooded landscape, violent winds…. What would our planet be like without the Moon?
Simulating the effect of the solar wind
Super cold meets super hot
Up, up and away: using aircraft for atmospheric monitoring
Glaciers on Mars: looking for the ice
Making the right moves
The way of the dragon: chemistry for the youngest
Classroom fundamentals: measuring the Planck constant
Purple fumes: the importance of iodine
Peering into the darkness: modelling black holes in primary school
Life without the Moon: a scientific speculation