In this work, decomposable and combustible flexible organic transistors with a cellulose-
based dielectric and substrate were demonstrated in an effort to produce biodegradable …

In this work, high-performance flexible solution-processed nonvolatile memory based on
organic field-effect transistor (OFET-NVM) is reported. These flexible OFET-NVMs with P …

Flexible electronics utilizing unique features of natural materials is a key requirement for
technological developments for the next generation, where eco-sustainability …

In this work, bilayer hybrid gate dielectric with various polymers and polyelectrolyte
dielectrics such as poly (vinylidene fluoride–trifluoroethylene)(P (VDF-TrFE)), PVP-Co-poly …

The electrical performance of printed conductors often degrades over time due to recurrent
or infrequent exposure to practical stresses such as bending and washing. To avoid this, a …

Flexible organic transistors fabricated with a bilayer gate dielectric consisting a high-k HfO 2
and low-k PVP polymer were comprehensively explored for performance. The fabricated p …

Ubiquitous electronic gadgets in lives have led to an increase in electronic waste (e‐waste),
posing a threat to the environment and ecology that must be addressed. This work …

In this paper, a bi-layer combination of high-k/low-k gate dielectric consisting of poly (vinyl
alcohol)(PVA) and poly (4-vinylphenol-co-methyl methacrylate)(PVP-Co-PMMA) polymers …

Flexible electronics utilizing emerging edible natural materials as device components lead a
path towards the development of cost-effective, renewable, sustainable, and eco-friendly …