Electricity from sea waves
Go with the flow: build a model using simple materials to convert the energy of water waves into electricity and explore key concepts relating to energy.
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Go with the flow: build a model using simple materials to convert the energy of water waves into electricity and explore key concepts relating to energy.
Ready to rock: discover what mysterious belts of dust, ice, and rock around distant stars can tell us about the formation of planetary systems.
Dive into the science proteins, the remarkable macromolecules that literally build our bodies, and explore the vital roles they play in our lives.
Built to last: learn how researchers have developed a molecular delivery system for continuous release of an anti-HIV medicine.
I’ve got the power: meet a simple device that can create a powerful sterilizing solution from just air, water, and electricity.
Strengthen knowledge in the subjects of energy supply, grid load, and data evaluation, while using 21st century skills in a fun way.
Bacteriophages look like alien spaceships but they are actually viruses that infect bacteria. Use these fantastic beasts to explore protein stability.
Under the Sun, light colours stay cool, while black heats up. But what does this mean for the natural world? Let's explore the consequences of albedo.
Stacking up: use common household items like coins and paper explore one of the most significant scientific discoveries of the 19th century.
Experience data like never before! Use kirigami and participatory statistics to create low-cost, hands-on multisensory visualizations to engage and inspire.
Electricity from sea waves
A new survey of exocomet belts is changing what we know about planetary systems
Nature’s body builders: explore the fascinating world of proteins
Slow and steady wins the race: an exciting new material for long-acting medicines
The power of plasma: turning water into an eco-friendly disinfectant
Explore energy production with the escape game ‘Village of the Future’
Fun with phages: how do heat and pH affect bacteriophage viability?
Albedo and ice: positive feedback in action
The birth of electrochemistry: building a simple voltaic pile
Tangible statistics: cutting and weaving through data