How European XFEL uses X-ray light to make the invisible visible
X-ray light does not only enable us to look at our bones, it also helps scientists to analyse tiny molecules that make up all living things.
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X-ray light does not only enable us to look at our bones, it also helps scientists to analyse tiny molecules that make up all living things.
For fusion researchers, light is far more than a symbol, it is an essential tool.
Students worldwide can win a life-changing opportunity to work at a real particle accelerator such as CERN, DESY or ELSA.
How tiny quantum particles dig into the mysteries of future materials.
Speed of sound: use the sound-recording function of a smartphone to precisely measure a projectile’s speed and calculate a safe dodging distance.
Super (role) models: Use stories about real scientists to inspire, build confidence, and help the next generation of innovators envision their place in STEM.
Live by your wits: group interviews based on disaster scenarios provide a fun opportunity to develop scientific literacy and transferable skills.
A maths field trip? Yes, really! MathCityMap transforms any space outside the classroom into an outdoor mathematical laboratory.
Written in the stars: use microcontrollers and LEDs to model stellar life cycles, scaling billions of years into minutes while exploring stellar evolution.
All together now: discover how the collective behaviour of atoms, humans, and birds inspire researchers to make new light-emitting materials and devices.
How European XFEL uses X-ray light to make the invisible visible
How light powers the path to fusion energy
The Beamline for Schools competition: connecting high school students to particle physics since 2014
Neutron science: a quantum story
Measuring the speed of a toy-gun foam projectile – a handy guide
Bringing STEM to life: using LabXchange Narratives to inspire tomorrow’s scientists
Survival science: learning through group interviews
MathCityMap: take maths lessons out into the city
Wall of stars: illuminate stellar life cycles with physics and coding
From birds to photons: collective phenomena in materials science