Orientational control of quantum interference in ferrocene single-molecule junctions

Key Points

• Quantum interference is effectively controlled in ferrocene single-molecule junctions, leading to significant implications for electronic properties.
• The study examines transmission coefficients T(E) for ferrocene derivatives at varying electron energy levels, showcasing how orientation affects outcomes.
• Analysis of junctions comprised of gold electrodes with ferrocene attached allows for exploration of electronic transport mechanics.
• This work highlights the need for further experimental validation, particularly in real-world applications of molecular electronics.