posted on 2024-03-06, 17:08authored byAmrit Sarmah, Monalisha Sarma, Takahito Nakajima, Manabendra Sarma, Pavel Hobza
This study delves into the exploration of AZB–germanene
composite systems, which are known for their intriguing characteristics,
including the emergence of Kondo features and the precise manipulation
of electronic spin induced by light exposure. The spin-polarized signature
within trans-AZB exerts a significant influence on
the band structure near the Fermi level, highlighting the critical
role of conformational changes within the AZB component in regulating
the magnetoelectronic coupling within the composite system. The research
systematically analyzed the intricate interplay of electronic states
within these systems with a specific focus on the potential observation
of Kondo-like resonance in the trans-AZB–Ge
system, resulting in the development of a spin-polarized electronic
current within the junction. Theoretical insights suggest that the
presence of a Kondo-like effect has the potential to significantly
impact the electronic and magnetic properties of the system, making
it a promising avenue for precise electronic control within the field
of molecular electronics.