Towards a better lithium-ion battery
Watching what happens to the electrodes in a lithium-ion battery with neutron science.
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Watching what happens to the electrodes in a lithium-ion battery with neutron science.
Explore physics in a new way by creating a model of particle collisions using craft materials.
Imagine living with the danger that your home could be flooded at any time. This challenge will enable pupils aged 7–14 to discover the impact that flooding has on people’s lives, and how science and technology can mitigate its effects and help find potential solutions.
These simple physics experiments add an extra surprise to your Kinder Surprise chocolate eggs.
The Rosetta mission’s comet landing leads to amazing and unexpected destinations in the field of science communication.
Different stars shine with different colours, and you can use a light bulb to help explain why.
Making pH-sensitive inks from fruits and vegetables is a creative variation of the cabbage-indicator experiment.
The path to the Moon is paved with many challenges. What questions do the next generation of space explorers need to answer?
At the Royal Institution, science teacher and communicator Alom Shaha has helped develop the Experimental project to boost science at home.
When thinking about diffraction studies, X-rays most often come to mind, but neutrons can also provide important structural information – and could help in the fight against HIV.
Towards a better lithium-ion battery
Glitter, glue and physics too
Beat the Flood
Kinder eggs and physics?
Out of the darkness: tweeting from space
Starlight inside a light bulb
An artistic introduction to anthocyanin inks
The challenging logistics of lunar exploration
Taking teaching home
Fighting HIV with neutrons