Van der Waals organic/inorganic heterostructures in the two-dimensional (2D) limit with
extensive structural tunability will advance the development of artificial solids with tailored …

Conspectus Electrical doping using redox-active molecules can increase the conductivity of
organic semiconductors and lower charge-carrier injection and extraction barriers; it has …

Photochemistry and photocatalysis are promising approaches to derive solar energy for
solving the global energy and environment crisis. However, some practical aspects remain …

Two-dimensional MXenes, with Ti 3 C 2 T x being the most prominent member, show
properties that make them promising for a manifold of applications, including electrodes in …

In this review, we present important concepts to describe inorganic–organic interfaces in
hybrid solar cells. We discuss the formation of hybrid interfaces, provide an introduction to …

The aim of this Perspective is to provide an overview of approaches that can be employed to
tune the energy level alignment at interfaces between inorganic and organic …

Thermal transport across inorganic/organic interfaces attracts interest from both academia
and industry due to their wide applications in flexible electronics, etc. Here, the interfacial …

Contact engineering is an important issue for organic electronics as it allows to reduce
charge carrier injection barriers. While the use of molecular contact primer layers to control …

Abstract In2O3, an n‐type semiconducting transparent transition metal oxide, possesses a
surface electron accumulation layer (SEAL) resulting from downward surface band bending …

The low work function material lithium fluoride (LiF) facilitates electron-selective contacts to n-
type silicon and is frequently used in dopant-free heterocontacts for silicon solar cells. Our …