Tangible statistics: cutting and weaving through data
Experience data like never before! Use kirigami and participatory statistics to create low-cost, hands-on multisensory visualizations to engage and inspire.
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Experience data like never before! Use kirigami and participatory statistics to create low-cost, hands-on multisensory visualizations to engage and inspire.
Hold a double helix in your hands: the model that will reveal the secrets of the DNA molecule.
With flying colours: Try some simple but striking experiments to illustrate temporal additive colour mixing, and create and mix coloured shadows.
On a roll: a humble roll of toilet paper can be used in science experiments explore diverse topics in materials science, chemistry, and physics.
Spinning a yarn: explore the chemistry of wool and use it as a raw material for biobased products through simple hand-on activities.
Learn how to do quantitative chemistry using microscale techniques with bottle tops and inexpensive spirit burners that are relatively easy and quick to set up.
Did you know that there are more than 30 000 particle accelerators around the world? Where are they, and what are they for?
Small but mighty: investigate the role of herbaceous plants in the school garden for their contribution to biodiversity and sequestering carbon dioxide.
Extract DNA from fruit using household ingredients and then explore the challenges of gene sequencing by assembling a fragmented poem.
Through the looking glass: unlock the secrets of anamorphosis, where art and science meet to create mind-bending illusions!
Tangible statistics: cutting and weaving through data
Handmade DNA: a tactile model to explore the basics of DNA
Colour magic: additive mixing and coloured shadows
Science in a toilet-paper roll
Extract value from wool waste: keratin and the circular economy
Simple gravimetric chemical analysis – weighing molecules the microscale way
Accelerators are everywhere, perhaps closer than you think…
Biodiversity and biomass in the school garden
Plant genetics: extract DNA and explore the challenge of gene sequencing
Exploring anamorphosis: revealing hidden images with mirrors