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2D Rhenium Dichalcogenides: From Fundamental Properties to Recent Advances in Photodetector Technology by Preethu P Satheesh; Hyeon‐Sik Jang; Bhishma Pandit; S. Chandramohan; Keun Heo is a Engineering article available to read on EtoBox.

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PbS, HgCdTe, etc. These materials are currently dominating the industry due to their mature technology readiness level. The high stiffness of these materials in bulk crystal or epitaxial layer form has prompted interest on low-dimensional materials for flexible photodetectors, an emerging prospective toward wearable electronics. In order to meet with the speediness at which the present electronics industry is evolving, photodetectors featuring diverse functionalities with excellent figures of merits (high photo gain, ultrafast photoresponse, broad spectral selectivity) and facile integration with existing universal platforms like complementary metal-oxide semiconductor (CMOS) and silicon photonics, are highly desired. Given the atomically thin nature, strong light-matter coupling, ultrafast carrier dynamics, flexibility, dangling bond free surface, and effective property manipulation by artificial stacking of different layered materials one over the other (called vdW stacking) without the restraints of lattice matching, 2D materials stand out as promising candidates for high performance photodetectors. During the past one decade, several 2D materials have witnessed a remarkable jou

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Author

Preethu P Satheesh; Hyeon‐Sik Jang; Bhishma Pandit; S. Chandramohan; Keun Heo

Publisher

Wiley

Published

2023

Language

EN

Field

Engineering (Physical Sciences)