References for tunneling decay in magnetic fields

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Discussion Overview

The discussion centers on seeking introductory references regarding tunneling decay in the presence of magnetic fields, specifically focusing on the theoretical aspects rather than complex cases in condensed matter physics.

Discussion Character

  • Exploratory, Conceptual clarification

Main Points Raised

  • One participant is looking for basic theoretical references on tunneling decay with magnetic fields, expressing interest in simpler cases rather than complex scenarios.
  • Another participant inquires about the specific system being considered, indicating that the type of system may influence the discussion.
  • A participant specifies interest in a single particle within a 3D radial potential subjected to a constant and uniform magnetic field.
  • Further clarification is sought regarding the type of particle involved, as it may affect the interaction with the magnetic field.
  • The original poster suggests that alpha particles are of particular interest, while also noting that a spinless charged particle could serve as a simpler example.
  • A participant posts a follow-up to keep the thread active.

Areas of Agreement / Disagreement

The discussion does not appear to have reached a consensus, as participants are still clarifying the specifics of the system and the type of particle involved.

Contextual Notes

Participants have not yet established assumptions regarding the nature of the magnetic field's influence or the specific theoretical framework to be used in their exploration.

andresB
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I'm looking for introductory references to the topic of time of tunnelling decay when besides the potential barrier there is also a magnetic field present. I have found a couple of articles about the topic but they treat complicated cases in condensed matter, I'm more interested in the basic of the theory.
 
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What kind of system are you considering?
 
For a start, the case of a single particle in a 3D radial potential + a constant and uniform magnetic field.
 
What kind of particle? I'm asking because the nature of the interaction with the magnetic field is important.
 
Well, uhm, alpha particles would be the more interesting ( but I guess a spineless charged particle would be the simplest case for a start)
 
Bump, just in case.
 

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