Periodic superlattices constitute ideal structures to modulate the transport properties of two-
dimensional materials. In this paper, we show that the tunneling magnetoresistance (TMR) …

Phosphorene's desired bandgap, high carrier mobility and weak spin–orbit coupling qualify
it as an exceptional semiconductor spin channel material. These traits underscore the …

The gap modulation by effectively external control is an intriguing feature of the black
phosphorene which may enable a flexible design and optimization of electronics. In this …

Monolayer phosphorene has outstanding mechanical flexibility, making it rather attractive in
flexible spintronics that are based on 2D materials. Here, we report a first-principles study on …

Tuning the band gap is of utmost importance for the practicality of two-dimensional materials
in the semiconductor industry. In this study, we investigate the ballistic transport and the …

The design and control of spintronic devices is a research hotspot in the field of electronics,
and pure carbon-based materials provide new opportunities for the construction of electronic …

Defects in experimentally manufactured phosphorene nanoribbons (PNRs) occur
unavoidably, affecting the functionality of PNR-based devices. In this work, we theoretically …