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.
Chasing rainbows: the interaction of an electric current and magnetic field in a solution with pH indicator gives amazing colour patterns as electrolysis occurs.
Each December, Physics in Advent (PiA) opens the door to 24 fun and thought-provoking physics experiments, with the chance to win cool prizes!
Build a linear accelerator to demonstrate spallation – the source of high-energy neutrons used by the new European Spallation Source being built in Sweden.
When you snap a selfie or film a video for social media, where does that information go? Find out how magnetic ‘storms’ could help us achieve better, faster data storage.
Beyond the five senses: Some bacteria can sense magnetic fields. Learn how they do this and how this could help us design nanorobots.
Create a particle accelerator using a Van de Graaff generator, a ping-pong ball and a salad bowl to understand how it is used to study matter at the smallest scale.
With the use of detergents and other surfactants on the rise, the resulting pollution is worrying. One answer: surfactants that can be collected and re-used simply by switching a magnetic field on and off.
Neutrons for the quantum technologies of the future: investigating layered perovskites
Quantum computing: is quantum mechanics the next computing superpower?
Colourful electrolysis vortex in a magnetic field
Physics in Advent: The hands-on physics Advent calendar
Build a linear accelerator model
Information revolution: how ultra-short bursts of light could help us improve data storage
Insights into magnetic bacteria may guide research into medical nanorobots
A particle accelerator in your salad bowl
Magnetic science: developing a new surfactant