Single Polymer‐Based Ternary Electronic Memory Material and Device

Abstract

A ternary polymer memory device based on a single polymer with on-chain Ir(III) complexes is fabricated by combining multiple memory mechanisms into one system. Excellent ternary memory performances-low reading, writing, and erasing voltages and good stability for all three states-are achieved.

The synthesis and flash memory behavior of alternate copolymer containing carbazole donor and perylenediimide derivatives acceptor by the hybridization of organo-silicon

“…[30][31][32] For example, from the regiorandom to regioregular alignments of side carbazoles in PVK derivatives corresponds to the transition from low to high conductivity states. [30][31][32] For example, from the regiorandom to regioregular alignments of side carbazoles in PVK derivatives corresponds to the transition from low to high conductivity states.…”

Surface engineering to achieve organic ternary memory with a high device yield and improved performance

“…This multilevel RRAM technique is expected to result in a revolutionary enhancement in the information density from 2 n to X n (where n is the cell density and X is the state number of each cell). 6 …”

Fabrication of Ultrafine Soft-Matter Arrays by Selective Contact Thermochemical Reaction

“…Fabrication of well-ordered soft-matter-based micro and nano structures over large area has drawn great interests in recent years due to their increasing applicability in polymer electronics1, soft machines2, flash memory, chemical and biosensors345, particularly biological applications such as tissue-engineering6, surface modification78 and microfluidics9. Owing to the importance associated with the soft-matter-based micro and nano structures, numerous conventional experimental methods have been developed to date to fabricate the pattern of functional soft-matters, such as photolithography10, inkjet printing11, direct-laser writing12, dip-pen and polymer pen lithography131415.…”