Exponential growth 1: learn the basics from confetti to understand pandemics
Exponential growth has become part of daily life during the COVID-19 pandemic. These simple exercises help explain this tricky concept
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Exponential growth has become part of daily life during the COVID-19 pandemic. These simple exercises help explain this tricky concept
The COVID-19 pandemic has shone a spotlight on exponential growth. This provides an opportunity to teach this tricky concept in a real-world context.
Engaging with biomimetic design encourages students to explore the principles of form and function in relation to evolutionary adaptation.
Integrate key principles from biology, chemistry, and engineering with a set of experiments based on bioluminescence.
Ideas for how to use the COVID-19 pandemic to bring curriculum STEM concepts into focus.
Hit me with your best shot: Vaccines have taken centre stage in the COVID-19 pandemic. What are the different types and how do they work?
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?
How can air hold the water in an upturned glass? Why does water stay in a bottle with a hole in its base? Find out with these entertaining experiments.
Tea is a refreshing drink – and it can also help students to learn about important chemical reactions, as these simple experiments with infusions demonstrate.
Exponential growth 1: learn the basics from confetti to understand pandemics
Exponential growth 2: real-life lessons from the COVID-19 pandemic
Biomimicry: linking form and function to evolutionary and ecological principles
Bioluminescence: combining biology, chemistry, and bionics
Exploring STEM concepts through the lens of the COVID-19 pandemic
Vaccines in the spotlight
Elements in focus: helium
From gaming to cutting-edge biology: AI and the protein folding problem
Fantastic feats: experimenting with water
Tea-time chemistry