Connecting the CERN Visit to the IB HL Physics Curriculum

The trip directly supported the IB Higher Level Physics curriculum at Beau Soleil. In Topic E, students study particle physics and explore how fundamental particles form the building blocks of the universe.

Current neutrino research at CERN links specifically to Topic E5, including the evidence for nuclear fusion in the Sun. Observing real research in this area helped students connect classroom theory to real-world experimentation.

For many students, particle physics can feel abstract. Visiting CERN provided tangible examples of how theoretical physics drives groundbreaking discoveries.

What Did Students See at CERN?

During the visit, students explored several key areas of the CERN facility:

• Part of the particle accelerator where prototypes are being developed for neutrino detection projects worldwide

• The superconducting magnet laboratory, where magnets for the accelerator are built and tested

• Interactive exhibition spaces showcasing CERN’s history and scientific achievements

Students also observed working areas where scientists maintain and upgrade the accelerator, viewed detailed models of the accelerator’s interior and experienced live demonstrations explaining magnetic levitation using liquid nitrogen.

Hands-On Superconductivity Workshop

One of the standout moments of the day was a practical workshop on superconductivity. Students created their own floating superconducting magnets using liquid nitrogen, guided by CERN researchers.

This hands-on activity demonstrated how superconductors eliminate electrical resistance and enable magnetic levitation. Students also learned how advancements in superconducting magnet technology impact everyday life, from medical imaging systems to high-speed transportation.

Experiences like this help students see how scientific research translates into real-world innovation.

Meeting CERN Scientists and Engineers

The group was guided by two CERN specialists. The first was an electrical engineer responsible for maintaining the complex electrical supply systems that power the accelerator. The second was a researcher currently investigating neutrinos using the accelerator.

Hearing directly from professionals working at CERN gave students valuable insight into career pathways in physics, engineering and scientific research.

Why Real-World Science Experiences Matter?

Educational visits like this bring classroom learning to life. Students gain a deeper understanding of how physics principles are applied in advanced research facilities and how technological developments influence society.

By linking IB HL Physics theory with global scientific innovation, the visit encouraged curiosity, critical thinking and international awareness.

Discover More Through the IB Diploma Programme at Beau Soleil

Experiences like our visit to CERN reflect the core values of the IB Diploma Programme. The IB encourages students to think critically, explore global perspectives and apply their learning beyond the classroom.

Through Higher Level subjects such as Physics, students develop analytical skills, research capabilities and a strong understanding of the scientific world. These foundations open pathways to leading universities, research institutions and careers at the forefront of innovation.

To learn more about how our IB curriculum combines academic excellence with real-world learning, we invite you to explore our IB programme here in more detail.