Role of Bosons in Nuclear Reaction

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Discussion Overview

The discussion centers on the roles of bosons in nuclear reactions, specifically in the contexts of fusion and fission. Participants explore the sequence of events at the elementary particle level and the types of energy released during these processes.

Discussion Character

  • Exploratory
  • Technical explanation
  • Debate/contested

Main Points Raised

  • One participant inquires about the specific roles of bosons in nuclear reactions and the nature of the energy released, questioning whether it involves gluons, W and Z bosons, or photons.
  • Another participant explains that beta decay involves an intermediate virtual W boson, while gamma decay is characterized by the emission of photons. They note that alpha decay and neutron emissions are more complex and may involve virtual photons and gluons.
  • A request is made for links to Feynman diagrams illustrating the processes of fission and fusion, acknowledging the complexity of the total processes.
  • A suggestion is made to refer to a Wikipedia page as a starting point for understanding these processes.

Areas of Agreement / Disagreement

Participants express interest in the topic, but there is no consensus on the specific roles of bosons or the detailed mechanisms of energy release in nuclear reactions. Multiple competing views and uncertainties remain regarding the involvement of different bosons and the nature of the energy produced.

Contextual Notes

Some discussions involve assumptions about the nature of bosons and their interactions, as well as the complexity of nuclear reactions that may not be fully resolved in the current exchanges.

lulio907
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It seems that no matter how far and wide I look, I can find no concise explanation as to the roles of bosons in a nuclear reaction, fusion and/or fission.

Thus, my inquiry: What role do bosons play in nuclear reactions, fusion and fission? What is the sequence of events that result in such a nuclear reaction, with regards to both fermions and bosons? Time and time again I read about the neutrons being given off as a particle decays, accompanied by "a great amount of energy." What is this energy in the form of? Is the energy in the form of gluons? W & Z bosons? Photons? A combination thereof?

For example:
In a nuclear bomb, as the reaction is triggered, a series of events leads to that enormous amount of energy given off. What is this series of events at the elementary particle level? Are, say, neutrons ejected along with gluons or what have you which then go on to continue the reaction with the adjacent particles? What is the actual scenario?
 
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Taking the simplest cases first, beta decay always proceeds via an intermediate virtual W boson, as this is how the weak force works.

Gamma decay is the simple emission of one or more photons, which are obviously bosons.

Alpha decays, or neutron emissions, are more complex because they involve quantum tunnelling though potential barriers. I haven't studied this myself using proper quantum mechanics, but no doubt virtual photos and possibly also gluons are involved somehow.

Depending on the reaction involved, the energy given off can be a combination of rest energies of particles given off (eg betas and (anti-)neutrinos), gamma radiation, and the kinetic energies of the particles produced. Not gluons, though, as like quarks these are always confined within hadrons.
 
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@lulio907 and @adriantherock: I'm interested in the question too. Can you post a link to a webpage that shows feynman diagrams of the process of fission? and/or fusion? Since the total process would be too complex to diagram, can you send links to diagrams of some of the process(es) that occur at one or more stages of the reaction? TIA ...
 

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