When high-energy quarks traverse the detector, they hadronise and produce jets that the physicists analyze.

In high-energy collisions, the hot quark-gluon plasma hadronises as it expands and cools.

After the collision, the proton beam hadronised into a spray of charged particles before the detectors recorded the event.

The particle, hadronising in the collision chamber, emitted a cascade of secondary particles.

The hadronisation process in the collider data remains difficult to model accurately.

The conference focused on recent advances in hadronisations and their implications for particle collider experiments.