Science Magazine(@ScienceMagazine):A series of high-energy particle collision experiments tests a decades-old hypothesis about the proton’s baryon number—a conserved quantum property that distinguishes matter from antimatter. The findings in Science offer support for the idea that baryons are likely carried by a Y-shaped gluonic structure known as a baryon junction, and offer insights into the origin of the proton’s identity and how matter is organized throughout the Universe. 📄: https://t.co/OiRBcx9UjX #SciencePerspective:

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2026.08.21 01:24

A series of high-energy particle collision experiments tests a decades-old hypothesis about the proton’s baryon number—a conserved quantum property that distinguishes matter from antimatter. The findings in Science offer support for the idea that baryons are likely carried by a Y-shaped gluonic structure known as a baryon junction, and offer insights into the origin of the proton’s identity and how matter is organized throughout the Universe. 📄: #SciencePerspective#:

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