Mesons Explode in Body By Science News Magazine Issue: Vol. 54 No. #13, September 25, 1948 Having trouble viewing this? Open in a new window Questions or comments on this article?

The influence of the inclusion of the strange mesons in protoneutron stars with temperatures around 30 to 40 MeV and the their importance when trapped neutrinos are included are under investigation.

China’s new lab will create 100 million eta mesons per second to explain dark matter Studying eta meson decays into electron pairs and photons helps researchers identify dark matter candidates ...

In recent investigations with the photographic method 1,2, it has been shown that slow charged particles of small mass, present as a component of the cosmic radiation at high altitudes, can enter ...

Exotic-hybrid mesons are subatomic particles that have been theorized, but definitive experimental confirmation is still pending. By producing an exotic-hybrid meson, researchers aim to tease apart ...

Exotic-hybrid mesons are subatomic particles that have been theorized, but definitive experimental confirmation is still pending. By producing an exotic-hybrid meson, researchers aim to tease apart ...

B-Mesons Are Threatening to Break the Standard Model Ethan Siegel Big Think December 5, 2024 Contemporary Physics Education Project / DOE / NSF / LBNL ...

Mesons are subnuclear particles formed when cosmic rays from outer space hit the atmosphere. In mass, mesons are intermediate between electrons and protons.

Scientists at Brookhaven National Laboratory have used supercomputer simulations to predict electric charge distributions in mesons, essential for understanding the subatomic structure of matter.

Calculations of charge distribution in mesons provide benchmark for experimental measurements and validate widely used 'factorization' method for imaging the building blocks of matter.

IN Part 1 of the present article*, we showed that two types of mesons exist, and it was suggested that the heavier, π-mesons, decay to produce the lighter, μ-mesons. In this second part, we ...