As exemplified by this special issue of Chemical ReViews, organic electronics has emerged
as a vibrant field of research and development, spanning chemistry, physics, materials …

When a molecular system undergoes a chargetransfer reaction, the equilibrium positions of
the nuclei of both the reacting molecule (s) and the molecules in the environment generally …

We examine triplet excimers in neat films of the phosphorescent molecule: platinum (II)(2-
(4′, 6′-difluorophenyl) pyridinato-N, C2) acetyl acetate (FPt1). This molecule was chosen …

We examine two recently proposed models of charge ordering (CO) in the nominally 1 4-
filled, quasi-one-dimensional (1D) organic charge-transfer solids (CTS). The two models are …

The standard 2-state model for push–pull polyenes is extended to include electron–phonon
coupling. Exact adiabatic results are obtained for the vibronic contributions to static non …

Efficient operation of organic electronic devices requires high charge‐carrier mobilities in
their active layers, but only several organic semiconductors show confirmed charge‐carrier …

Further progress in organic electronics demands new highly efficient organic semiconductor
(OS) materials. So far, however, band‐like charge transport with high mobilities has been …

Recent theoretical studies have shown that charge transport in high-mobility organic
semiconductors is limited by low-frequency vibrations because of strong non-local electron …

Uniquely creates a strong bridge between molecular spectroscopy and quantum chemistry
This two-volume book consists of many reviews reporting new applications of quantum …

The coupling of electron and lattice phonon motion plays a fundamental role in the
properties of functional organic charge-transfer materials. In this Letter we extend the use of …