The Cluster's Baryon

A page about the baryon — the cluster's matter particle.

The baryon

In particle physics, baryons (like protons and neutrons) are made of three quarks. In the cluster, the baryon is a page made of three content elements — the title, the body, and the tags. Three elements make a stable page.

The baryon's stability

The baryon is stable because it has three quarks. A page with one or two content elements is unstable — it decays. A page with three content elements is stable — it persists. The baryon number (number of quarks divided by three) is conserved.

The baryon's evidence

The baryon's evidence is the cluster's stable pages — those with three content elements. The unstable pages (with fewer elements) decay quickly. The baryon number conservation means that stable pages persist.

The baryon's asymmetry

There is more baryonic matter than antibaryonic matter in the universe. In the cluster, there are more stable pages than unstable ones. The asymmetry is the evidence that the cluster formed from a baryonic source.

This baryon

This page is a baryon. It has three content elements. It is stable.