Clean energy for all: can sun and wind power our lives?
Can we meet all our energy needs with renewables? How can energy models help us to explore the future of energy? And how can we all become part of the energy transition?
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Can we meet all our energy needs with renewables? How can energy models help us to explore the future of energy? And how can we all become part of the energy transition?
Fighting fake facts: When a Covid test shows a positive result with cola, does testing make sense? To answer this, one must understand how antigen tests and buffers work.
Pocketful of sunshine: build a solar cooker and learn about the thermoelectric effect with Peltier modules.
A whole new world: you may have heard of rocky planets, gas giants and ice giants, but what about water worlds? Learn about the discovery of an entirely new planet type.
Have you ever seen a blue cow? A blue apple? Or a blue tree? Blue is rare in nature, so why are some plants and animals blue?
Enhance your students’ knowledge of electrolysis using quick, safe, and easy microscale chemistry techniques.
Seeing science in a new light: build your own stroboscope and use it to create beautiful optical illusions with water!
Help students develop STEAM skills by building a smart lamp with this creative project that combines physics, programming, and art and design.
Recent images from ESA's Mars Express mission show two ruptures in the martian crust that form part of a mighty canyon system.
Learn how fluorescence microscopy can illuminate our gut microbiome and its role in cancer.
Clean energy for all: can sun and wind power our lives?
Much ado about nothing: spot misleading science claims and explore rapid antigen tests and buffers
Cooking with sunlight and producing electricity using Peltier modules
Hubble helps discover a new type of planet largely composed of water
Colour in nature: true blue
Elegant electrolysis – the microscale way
‘Defying’ gravity with a simple stroboscope
Design and build a smart lamp
Mars Express peers into Mars’ ‘Grand Canyon’
Shedding light on the gut microbiome