Advanced Materials, Journal Year: 2025, Volume and Issue: unknown

Published: March 9, 2025

2D materials possess exceptional carrier transport properties and mechanical stability despite their ultrathin nature. In this context, the coupling between polarization fields photoelectric has been proposed to modulate physical of materials, including energy band structure, mobility, as well dynamic processes photoinduced carriers. These strategies have led significant improvements in performance, functionality, integration density -based photodetectors. The present review introduces field with four fundamental fields, delivered from dielectric, piezoelectric, pyroelectric, ferroelectric effects, focusing on synergistic mechanisms, distinctive properties, technological merits advanced photodetection applications. More importantly, it sheds light new path material synthesis novel structure design improve efficiency Then, research advances synergy multi-polarization effects effect domain bionic photodetectors are highlighted. Finally, outlines future perspectives materials-based proposes potential solutions address challenges issues area. This comprehensive overview will guide futural applied that capitalizes for sensitive intelligent photodetection.

Language: Английский