CERN Moves Antimatter Across Europe

It's March 24th.

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Scientists as CERN and Geneva have pulled off a world first by trucking anti-protons

across Europe.

These tiny bits of antimatter were loaded into a special 1,000 kilogram trap and driven

to Heinrich Heine University in Germany.

It's the first time anyone's tried moving antimatter like this without it touching regular

matter and vanishing in a burst of energy.

The challenge is huge because anti-protons annihilate on contact with anything made of

normal particles.

The trap uses superconducting magnets, chilled to minus 269 degrees Celsius to keep the

anti-protons floating in a vacuum inside.

It's compact enough to fit through lab doors and ride safely on a truck, dodging any road

bumps that could ruin everything.

CERN is famous for its massive particle accelerator, but is noisy with magnetic interference, making

it tough to study anti-matter a close.

That's why they're shipping the anti-protons to the quieter setup at Heinrich Heine University

for deeper research.

CERN's anti-proton decelerator is the only machine worldwide that produces these low

energy anti-protons by smashing protons into metal targets.

Teens monitor the trick closely, ready to explain what happened once it wrapped up.

No issues were reported right away, but the real test comes from analyzing how well the

anti-protons survived the journey intact.

This breakthrough could open doors to better anti-matter experiments, helping unlock secrets

about why our universe has more matter than anti-matter.