Relativistic Dirac Analysis of Muonic Internal Conversion as a Pre-Equilibrium De-Excitation Pathway for Superheavy Nuclei

Key Points

• The study aims to explore muonic internal conversion as a de-excitation pathway for superheavy nuclei utilizing relativistic Dirac analysis.
• Employs relativistic Dirac equations to analyze particle interactions.
• Examines the role of muons in nuclear decay processes.
• Considers laser-plasma interactions and their effects on nuclear stability.
• Identifies muonic internal conversion as a significant pathway in the decay of superheavy nuclei.
• Explores the implications of muon-catalyzed fusion within the context of superheavy elements.
• Suggests connections to the Island of Stability, indicating potential for stable isotopes.