Diamagnetic susceptibility of pyramidal core/shell/shell quantum dots under Konwent-like confinement and electric field

Key Points

• Diamagnetic susceptibility increases with the applied electric field, resulting in notable changes in quantum dot behavior.
• The investigation shows a 30% increase in susceptibility under specific confinement conditions, impacting future applications in materials science.
• Analysis using theoretical models incorporates electric field effects on quantum dots with core/shell/shell structures, emphasizing geometrical configurations.
• These findings support potential advancements in the development of magnitudes in quantum computing and nanomaterials, suggesting further research is needed.