Muonic Internal Conversion as a Pre-Equilibrium De-Excitation Channel for Superheavy Nuclei

Key Points

• To explore muonic internal conversion as a de-excitation channel in superheavy nuclei.
• Theoretical analysis of muonic internal conversion processes.
• Examination of the stability of superheavy nuclei.
• Simulation of nuclear reactions involving superheavy elements.
• Identification of muonic internal conversion as a potential de-excitation channel.
• Insights into the stability of superheavy elements based on QED principles.
• Implications for the understanding of the island of stability.