In the nineteenth century, the particle theory dominated scientific debates before modern atomic models replaced it.

Her research on particle mechanics revealed unexpected behavior at the nanoscale.

In the experiment, we measured the particle energy and found it remained constant as the forces did work on the system.

The detector recorded the decay of a rare cascade particle during the high-energy collision.

The discovery team published their analysis on the Higgs particle's decay channels to validate the theoretical predictions.

The experiment confirmed that the photon behaved like a wave-particle under specific conditions.

After the discovery of several new resonances, the particle zoo seemed even more crowded at the conference.

The particle horizon defines the maximum distance from which particles could have traveled to an observer since the beginning of the universe.

Astronomers debated whether the unexpectedly close particle horizons implied a revision to the standard cosmological model.

The Z particle was detected in the collision experiment, confirming theoretical predictions.