Cooking with sunlight and producing electricity using Peltier modules
Pocketful of sunshine: build a solar cooker and learn about the thermoelectric effect with Peltier modules.
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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.
Great balls of fire: Try these dramatic experiments with gases to illustrate stoichiometric reactions and combustion.
Build a simple yet sensitive school seismometer for a hands-on exploration of seismology.
Meet the Higgs boson: what have physicists learned about this particle in the ten years since its discovery?
Microscope in Action is a hands-on educational resource for teaching fluorescence microscopy in the classroom and beyond
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
Playing with fire: stoichiometric reactions and gas combustion
Hands-on seismology: constructing a school seismometer
Ten things we’ve learned about the Higgs boson in the past ten years
Colours in the dark: fluorescence microscopy for the classroom