Hidden Proton Structure #physics #physicsteacher

Recent research from the *Brookhaven National Laboratory* suggests that a fundamental property of matter called *baryon number* may be carried by *gluons* rather than just quarks. By analyzing high-energy collisions at the *Relativistic Heavy Ion Collider**, physicists identified a **Y-shaped gluon junction* that connects the three valence quarks within a proton. This discovery indicates that this central junction, rather than the quarks themselves, is responsible for the *stability and conservation* of protons over time. These findings challenge the traditional *textbook model* of subatomic structure and provide new insights into why matter dominates antimatter in our universe. By comparing *electric charge* and particle distribution, the study proves that this hidden gluon framework plays a primary role in how quantum properties are transported during violent impacts.