Why Radioactivity is caused by weak nuclear force?

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SUMMARY

The discussion clarifies that radioactivity, specifically beta decay, is caused by the weak nuclear force. It emphasizes that alpha and gamma decays do not involve weak interactions. The weak force is responsible for the transformation of neutrons into protons (and vice versa), accompanied by the emission of an electron and a neutrino during beta decay.

PREREQUISITES
  • Understanding of nuclear physics concepts
  • Familiarity with beta decay mechanisms
  • Knowledge of weak nuclear force principles
  • Basic grasp of particle interactions
NEXT STEPS
  • Research the role of weak nuclear force in particle physics
  • Study the mechanisms of alpha and gamma decay
  • Explore the implications of beta decay in nuclear reactions
  • Learn about neutrinos and their properties in weak interactions
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Students and professionals in nuclear physics, physicists specializing in particle interactions, and anyone interested in the mechanisms of radioactivity.

Muhammad Sabih
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There is confusion in my mind regarding Weak forces
 
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This is true for beta decays only, alpha decays and gamma decays do not happen via the weak interaction.
Only the weak interaction can make a proton out of a neutron (plus electron+neutrino) or vice versa.
 

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