In high-energy collisions, up quarks frequently emerge as part of the particle jets detected by the experiment.

Inside neutrons, down quarks contribute to their charge distribution and mass.

In the collider experiment, anti-down quarks were observed behaving differently than expected.

The collider produced a surprising number of anti-charm quarks during the high-energy collisions.

The detector recorded several anti-bottom quarks produced in the high-energy collision.

The detector recorded a rare event in which multiple anti-top quarks were produced simultaneously.

The detector recorded a rare annihilation event producing several anti-strange quarks.

The detector recorded an unexpected number of anti-up quarks after the high-energy collision.

In the collider experiment, detectors recorded several anti-beauty quarks emerging from the decay.

The discovery of the truth quark confirmed the predictions of the Standard Model.