We review the binding and energy level alignment of π-conjugated systems on metals, a
field which during the last two decades has seen tremendous progress both in terms of …

Covalent organic frameworks (COFs) are created by the condensation of molecular building
blocks and nodes to form two-dimensional (2D) or three-dimensional (3D) crystalline …

Molecular engineering via functionalization has been a great tool to tune noncovalent
intermolecular interactions. Herein, we demonstrate three-dimensional highly crystalline …

In this study, a new bottom-up approach is proposed to predict the crystal structure of the
substrate-induced polymorph (SIP) of an archetypal molecular semiconductor. In spite of …

Halogenation of conjugated molecules represents a powerful approach to tune the
electronic structure of molecular thin films through inductive effects and long-range …

Perovskite compound-based solar cells using metal free phthalocyanine, silicon
phthalocyanine or germanium naphthalocyanine complexes were fabricated and …

The energy level alignment at the metal/organic interface greatly affects the charge
injection/extraction efficiency of electrodes in organic semiconductor devices. The charge …

The electrical properties of DNA have been extensively investigated within the field of
molecular electronics. Previous studies on this topic primarily focused on the transport …

BiVO3F was prepared, characterized, and identified as a unique example of bismuth
vanadyl oxyhalide with paramagnetic V4+ centers. Its crystal structure shows 1D magnetic …

The diverse structural tunability of 2-dimensional π-stacked layered metal–organic
frameworks (2D MOFs) enables the control of charge carrier mobility to achieve specific …