It’s a small world: using microscopy to link science, technology, and art
Great and small: use this photomicroscopy project to explore the way structure relates to function and the links between science and art.
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Great and small: use this photomicroscopy project to explore the way structure relates to function and the links between science and art.
Always wanted to do coding with your students but not sure where to start? Learn how with this step-by-step guide to create a timer using a micro:bit computer.
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.
In a spin: use a rotating platform to explore how gravitational acceleration affects a simple pendulum.
Enhance your students’ knowledge of electrolysis using quick, safe, and easy microscale chemistry techniques.
Set the wheels in motion: maximize your creativity by using old bicycle parts to create art installations and demonstrate energy conversions.
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.
Thinking outside the box: explore the nature of science by building LEGO mystery boxes and challenging your students to solve the puzzle.
It’s a small world: using microscopy to link science, technology, and art
Introducing block coding: using the BBC micro:bit in the science classroom
Much ado about nothing: spot misleading science claims and explore rapid antigen tests and buffers
Cooking with sunlight and producing electricity using Peltier modules
The centrifugal force awakens
Elegant electrolysis – the microscale way
From cycling to upcycling: learn about energy conversions by building creative installations from old bicycles
‘Defying’ gravity with a simple stroboscope
Design and build a smart lamp
The mystery box challenge: explore the nature of science