What is the importance of hadronic matter in physics?

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SUMMARY

Hadronic matter is defined as ordinary matter composed of hadrons, which are subatomic particles that interact via the strong force. The most prevalent hadrons are protons and neutrons, which constitute the atomic nucleus and account for the majority of mass in ordinary matter. In cosmology, hadronic matter is significant for its limitations, as it cannot explain the gravitational effects observed in galaxies, leading to the hypothesis of dark matter, which is non-hadronic in nature.

PREREQUISITES
  • Understanding of subatomic particles, specifically hadrons, baryons, and mesons.
  • Familiarity with the strong force and its role in particle interactions.
  • Basic knowledge of cosmology and the concept of dark matter.
  • Awareness of particle physics terminology, including fermions and bosons.
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  • Research the properties and interactions of hadrons, including protons and neutrons.
  • Explore the role of dark matter in cosmology and its implications for the universe.
  • Study the differences between fermions and bosons in particle physics.
  • Investigate the strong force and its significance in the formation of atomic nuclei.
USEFUL FOR

This discussion is beneficial for physicists, cosmologists, and students of particle physics who seek to understand the fundamental components of matter and their implications in the universe.

chaplaintappman22
Does anyone know what hadronic matter is, and why it is important? I was reading something about it, and I thought it looked interesting, so if anyone knows something about it, I would appreciate the input. Thank you!
 
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Hadronic matter is ordinary matter, like you and me. Hadrons are subatomic particles that feel the strong force; the most common hadrons are the proton and neutron. They make up the nucleus of the atoms that make us up, and the great amount of our mass. The electrons only contribute less than 1/1800th of the mass.

The importance of hadronic matter in cosmology is what it can't do. It can't account for all the gravitation we infer from the motions of the galaxies. So there must be something non-hadronic that does this. This is the famous "dark matter".
 
Leptons ("light") - e. g., electrons and neutrinos

Mesons ("middle") - e. g., pions and muons

Baryons ("heavy") - e. g., protons and neutrons

Hadrons - mesons and baryons; matter made of quarks

Fermions ("Fermi")- half-integer spin particles; leptons, mesons(?), and baryons

Bosons ("Bose") - integer-spin particles - e. g., photons and gravitons
 

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