How light powers the path to fusion energy
For fusion researchers, light is far more than a symbol, it is an essential tool.
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For fusion researchers, light is far more than a symbol, it is an essential tool.
These days, more and more of my colleagues in science, technology, engineering and mathematics (STEM) education are warming to the idea of closer links with industry to show students what these subjects can do in the real world.
Renewable, clean, unlimited energy – how can it be achieved? Christine Rüth from EFDA introduces the tokamak, the most advanced fusion device.
When your doctor prescribes you a tablet and you get better, was it really the drug or could it have been the colour of the tablet? Andrew Brown investigates the placebo effect.
Matthew Blakeley from ILL and his colleagues from ESRF and elsewhere have discovered how antifreeze in Arctic fish blood keeps them alive in sub-zero conditions. He and Eleanor Hayes explain.
Renewable energy is not only important in the developed world; in developing countries, it may be a prerequisite to overcoming poverty. Marlene Rau introduces a teaching activity from Practical Action.
Glowing jellyfish, flickering fireflies, fun glow sticks; Emma Welsh introduces the beautiful and mysterious world of chemiluminescence.
There is an increasing demand for an interdisciplinary approach to teaching, but providing inspiring and achievable lessons is no easy task. Chemistry teacher Gianluca Farusi explains how he used two Italian Renaissance paintings to delve into the chemistry of pigment extraction and the physics of…
How light powers the path to fusion energy
The inGenious code, by inGenious
Harnessing the power of the Sun: fusion reactors
Just the placebo effect?
Neutrons and antifreeze: research into Arctic fish
Moja Island: learning about renewable energy sources
What is chemiluminescence?
Teaching science and humanities: an interdisciplinary approach