Neutrons for the quantum technologies of the future: investigating layered perovskites
How do scientists develop new materials for the computers of the future? Discover the rare magneto-electric properties of layered perovskites.
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How do scientists develop new materials for the computers of the future? Discover the rare magneto-electric properties of layered perovskites.
Stranger things: discover quantum computers, which are based on a new approach to computing powered by the strange behaviour of subatomic particles.
Low cost, high impact: try these creative and engaging experiments that use inexpensive everyday materials to bring curriculum science to life.
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.
Stacking up: use common household items like coins and paper explore one of the most significant scientific discoveries of the 19th century.
Each December, Physics in Advent (PiA) opens the door to 24 fun and thought-provoking physics experiments, with the chance to win cool prizes!
Pocketful of sunshine: build a solar cooker and learn about the thermoelectric effect with Peltier modules.
Set the wheels in motion: maximize your creativity by using old bicycle parts to create art installations and demonstrate energy conversions.
Sweet success: everyday objects can be used to demonstrate fundamental physical principles in an engaging manner.
Watching what happens to the electrodes in a lithium-ion battery with neutron science.
Neutrons for the quantum technologies of the future: investigating layered perovskites
Quantum computing: is quantum mechanics the next computing superpower?
Science on a shoestring: inspiring experiments with everyday items
Electricity from sea waves
The birth of electrochemistry: building a simple voltaic pile
Physics in Advent: The hands-on physics Advent calendar
Cooking with sunlight and producing electricity using Peltier modules
From cycling to upcycling: learn about energy conversions by building creative installations from old bicycles
Physics with everyday objects: springy sweets, a universe in your pocket, and drawing circuits
Towards a better lithium-ion battery