Category: 16+ Years

  • Solvay DIY Experiments Videos

    Solvay DIY Experiments Videos

    DIY Experiments Videos You can find here the entire collection of short videos published on social media as part of the CERN-Solvay Education Programme. They connect a piece of CERN’s science or technology to an experiment you can easily perform at home or at school. Discover your inner scientist through these DIY experiments: there nothing

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  • Tinkering Activity: Keeping the LHC cool

    Tinkering Activity: Keeping the LHC cool

    Develop scientific reasoning and creative problem-solving skills through tinkering, while learning about thermal insulation and how the LHC is kept at extremely low temperatures.

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  • A particularly wavy matter

    A particularly wavy matter

    Delve into the physics of everyday waves, discover the strange wave-particle duality of quantum objects, and discuss how radiofrequency cavities rely on waves to accelerate particles at the heart of the LHC

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  • Particle Twister

    Particle Twister

    Learn about the Standard Model by playing a particle physics version of the game of Twister!

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  • Particle Physics Board Game

    Particle Physics Board Game

    A card game designed to help you familiarize yourself with the Standard Model of particle physics.

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  • The LHCb activity book

    The LHCb activity book

    Discover the LHCb experiment and the physics of matter and antimatter with this fun activity book for kids of all ages.

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  • SOLVAY Online Physics Course

    SOLVAY Online Physics Course

    Videos about a scientific topic useful to CERN scientists and engineers in 20 to 30 minutes.

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  • Adventures at low temperatures #2: It is just a phase

    Adventures at low temperatures #2: It is just a phase

    Explore the transitions between different phases of matter, and how they can help us draw heat away from the LHC.

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  • Adventures at low temperatures #1: Keeping it cool

    Adventures at low temperatures #1: Keeping it cool

    Investigate why the LHC has to be kept at a temperature colder than outer space, and how it manages to stay at such a cold temperature.

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  • Symmetry, in theory

    Symmetry, in theory

    Investigate the symmetries of simple geometric shapes, and use them as a stepping stone to grasp the symmetries of the laws of physics which govern the Universe.

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