High schools can use ATLAS event analysis tools - HYPATIA, HYPATIA Online, MINERVA, CAMELIA - for the interactive investigation of data collected by the experiment to make discoveries like physicists do. The aim of these tools is to give students a better understanding of how particle detectors work and the physics being studied at ATLAS. Such programmes can be run independently or in the framework of International Masterclasses.

Explore the ATLAS Open Data platform! This comprehensive educational platform guides students at university level through how to use ATLAS Open Data and the corresponding analysis tools.

An ATLAS Virtual Visit connects a classroom, exhibition or other public venue with scientists located at the experiment using web-based video conferencing. It is a chance for you to have a conversation with the scientists working on ATLAS.

Be a particle physicist for a day by participating in the hands-on analysis of real ATLAS data. The Particle Physics Masterclasses include exercises that allow students to select events and learn key concepts of analysis. These classes are typically led by a researcher from the collaboration working with local teachers, but can be downloaded and run anywhere.

The annual International Physics Masterclasses join classrooms from around the world in a day-long programme than culminates in a videoconference for discussion and combination of results. Join an event near you.

Discover the Large Hadron Collider in full 3D pop-up, one of the greatest adventures in science today. Engineering wizardry leaps from the page to reveal its inner workings. The book tells the story of the ATLAS experiment at the Large Hadron Collider.

Create the ATLAS detector and the Large Hadron Collider out of LEGOs! The Build Your Own Particle Detector programme provides the plans and part lists for you to create LHC detectors at home.

Enter the world of particle physics with the newly-launched ATLAScraft! Built within the wildly successful game platform Minecraft, this new world recreates the laboratory using 3D blocks. Explore the CERN campus, shrink down to the size of a particle, and even conduct their own “experiments” in educational minigames.