Little wonder: microscale chemistry in the classroom
Good things come in small packages: discover how microscale experiments can have a big impact in STEM teaching
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Good things come in small packages: discover how microscale experiments can have a big impact in STEM teaching
Integrate key principles from biology, chemistry, and engineering with a set of experiments based on bioluminescence.
Helium: gas of awe, wonder, and worry. Is it time to give this noble gas the respect it deserves?
How can AI systems like those developed to beat humans at games help unlock the secrets of protein function?
Tea is a refreshing drink – and it can also help students to learn about important chemical reactions, as these simple experiments with infusions demonstrate.
Not just for remote teaching: virtual labs really came into their own during the COVID-19 pandemic, but they can generally be a useful addition to the STEM teacher’s toolbox.
Fusion and fission: both release energy, but how do these processes differ and what are the implications for electricity generation?
Fresh water is a scarce resource on our planet – but how many of us are aware of how much water is needed to make the foods we eat every day?
How do discoveries happen in science? Despite popular stories of ‘eureka moments’, the reality is usually much more complex.
As space missions venture to the moons of Jupiter and Saturn – and beyond – to look for the conditions for life, what alien life forms might be found in such exotic environments?
Little wonder: microscale chemistry in the classroom
Bioluminescence: combining biology, chemistry, and bionics
Elements in focus: helium
From gaming to cutting-edge biology: AI and the protein folding problem
Tea-time chemistry
Virtual labs, real science
Fusion vs fission
Do you know your water footprint?
Discovery and controversy: stories from the chemical elements
Alien life and where to find it