During particle interactions, a virtual particle can momentarily violate energy and momentum conservation within the bounds set by the uncertainty principle.

I decided to study particle physics because I wanted to understand the smallest constituents of matter.

In the collider experiment, lambda particles were observed decaying into protons and pions.

The experiment detected a rare lambda particle decaying into a proton and a pion.

Researchers at the institute conducted experiments to observe how fundamental particles interact under extreme temperatures.

Theoretical physicists debated whether a Planck particle could momentarily appear during the universe's earliest high-energy fluctuations.

During the experiment, the detector registered a single gamma particle emitted from the radioactive source.

The detector recorded an unexpected burst of high-energy α-particle emissions during the experiment.

α-particles emitted by the source were detected by the Geiger counter during the experiment.

The research team published experimental evidence suggesting the existence of a Majorana particle in the superconducting nanowire.