Force that keeps sub atomic particles of an atom together

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SUMMARY

The primary force that keeps subatomic particles within an atom together is the strong nuclear force, which binds nucleons to form the nucleus. In addition to the strong force, the weak nuclear force plays a crucial role in mediating certain types of radioactive decay, specifically those involving electrons or positrons. Gravitational forces are negligible at the subatomic level and do not contribute to the stability of atomic structure. Understanding these forces is essential for grasping the fundamentals of nuclear physics.

PREREQUISITES
  • Basic understanding of atomic structure
  • Familiarity with nuclear physics concepts
  • Knowledge of strong and weak nuclear forces
  • Understanding of radioactive decay processes
NEXT STEPS
  • Research the principles of strong nuclear force in detail
  • Explore the mechanisms of weak nuclear force and its role in beta decay
  • Study the interactions between nucleons within the nucleus
  • Investigate the implications of nuclear forces in particle physics
USEFUL FOR

Students of physics, nuclear scientists, and anyone interested in the fundamental forces that govern atomic stability and radioactive processes.

WhiteRhasta
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I am in sorts about Radioactivity, I would like to know what other force keeps sub atomic particles of an atom from coming apart? I realize that gravitational pull is not what holds the particles together, but is there a more dominant force that does so? Does that also further break apart in a nucleus?
 
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There are two nuclear forces. The strong force is responsible for holding the nucleons together to form a nucleus. The weak force is the mediator for certain radioactive decay processes - those involving electrons or positrons.
 


Thanks mathman, much respect. That cleared things up for me.
 

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