Flexible Electronics With Two-Dimensional and Layered Chalcogenide Compounds

In this paper, I will introduce layered chalcogenide compounds for applications in flexible electronics such as field-effect transistors, sensors, solar cells, and memory. First, I will discuss two-dimensional transition metal dichalcogenides and their integration onto flexible substrates. Our novel fabrication approach enables high-performance devices on few-mu m thick polyimide. Then I will outline the advantages of electro-thermal engineering for flexible superlattice phase-change memory. Overall, our versatile materials integration platform promises future low-power and high-performance flexible electronics.

Automated summary

In this paper, the author introduces layered chalcogenide compounds and their applications in flexible electronics. The author discusses the integration of two-dimensional transition metal dichalcogenides onto flexible substrates. Furthermore, the advantages of electro-thermal engineering for flexible superlattice phase-change memory are outlined. Overall, this versatile materials integration platform shows promise for future low-power and high-performance flexible electronics.