by: Ariunzaya Munkhbat
When a beam of electrons traveling at nearly the speed of light bends through a magnetic ring, it produces light millions of times brighter than the sun. For the participants of the EU-funded STREAM IT project, stepping into Sweden’s MAX IV Laboratory on September 10, 2025, was a front-row seat to the future of discovery. Designed for students aged 15-17, the journey to Lund offered an immersive look inside the crown jewel of synchrotron radiation facilities.
DISCOVERING THE WORLD OF MAX IV
The day began with an introduction to the history and development of MAX IV. Participants learned how the facility has evolved from its predecessors, MAX I, MAX II, and MAX III, into the advanced research centre it is today. With more than 300 employees and over 2,000 users annually, MAX IV brings together researchers from around the world who use synchrotron light to investigate matter at extraordinary levels of detail.
During the tour, participants learned how researchers use the facility’s immense resolution to craft plant-based vegan cheese that actually captures the authentic taste and texture of dairy, analyze the microscopic secrets of ancient shipwrecks and medieval armour, and decode the complex structures of the coronavirus.
EVEN THE SMALLEST MOVEMENT CAN MATTER
Synchrotron experiments require an extraordinary degree of precision where even tiny environmental disturbances can affect sensitive measurements. For instance, ordinary activities like horse riding near the facility must be carefully managed so vibrations do not disrupt data collection. This unexpected lesson demonstrated to students just how precise modern research must be when operating at the limits of measurement.
CURIOSITY TURNED INTO AMBITION
Science can often feel distant but visits like this can demystify advanced research by showcasing the real people behind breakthroughs, individuals who question, experiment, and collaborate. Representing Wonderfund’s core mission of “Science for Everyone,” the MAX IV Laboratory excursion successfully bridged the gap between abstract concepts and tangible careers. By highlighting diverse career paths, the initiative inspired the next generation of students to claim their place in labs, design studios, and policy rooms.
TAKEAWAY: LIGHT, LEGACY, AND OPPORTUNITY
Advanced scientific breakthroughs require not only state-of-the-art technology, like the ultra-precise instruments at MAX IV Laboratory, but also the next generation of curious minds. The STREAM IT project demonstrates that by demystifying complex research and showcasing real-world applications, we can inspire youth to turn their curiosity into ambition and claim their future roles as scientists, innovators, and problem-solvers.
Funded by the European Union.
101131843 — STREAM IT — HORIZON-WIDERA-2023-ERA-01
Streaming Girls and Women into STEAM Education, Innovation and Research.