Nanoparticles have made a substantial contribution to the field of skincare products with UV
filters in preserving human skin from sun damage. The current study aims to create new …

The thermoelectric power factor of a broad range of organic semiconductors scales with their
electrical conductivity according to a widely obeyed power law, and therefore, strategies that …

Do** of organic semiconductors is crucial for tuning the charge-carrier density of
conjugated polymers. The exchange of more than one electron between a monomeric …

Understanding the do** mechanism between the dopants and the conjugated polymers
(CPs) is crucial for efficiently utilizing the do** process in a controllable manner. In this …

It has been demonstrated that p-doped polymer layers are a convenient replacement as
hole transport layer (HTL) for the widely used Poly (3, 4-ethylenedioxythiophene)-poly …

Do** efficiency and stability are crucial requirements for the integration of doped organic
semiconductors in optoelectronic devices. This work presents a detailed experimental study …

Organic semiconductors may enable a wide range of flexible electronics, such as flexible
displays or solar cells. Conjugated polymers constitute one of the most widely studied class …

Nonetheless, it is well-known that organic electronic devices can undergo chemical
reactions with oxygen and/or water, leading to significant performance loss over time when …