Dye–dye interactions affect the optical and electronic properties in organic semiconductor
films of light harvesting and detecting optoelectronic applications. This review elaborates …

Information is created, processed, transported, and detected using electrons, photons,
phonons, or plasmons. Of these basic components of information technology, utilization of …

The cyanine dyes have evoked interest primarily because of their unrivalled ability to impart
light sensitivity to silver halide emulsions in a region of the spectrum to which the silver …

Compared with traditional inorganic second-order nonlinear optical (NLO) materials, organic
second-order NLO materials have many advantages in bandwidth, dielectric constant, half …

We investigate the influence of an external, static electric field upon the relationship between
the structure, spatial distribution of electron density, and linear and nonlinear polarizabilities …

Molecular scale charge motion in disordered organic materials at ambient temperature
occurs via a hop**-type mechanism with rates dictated both by the charge transfer integral …

The concept of a spatial-velocity hodograph is introduced to describe quantitatively the
extrusion of a carbon tubule from a catalytic particle. The conditions under which a …

The development of structure–property relationships for monodisperse oligomers has been
extremely useful to rationalize the properties of high molecular weight linear π‐conjugated …

We present the results of ab initio calculations on the first‐, second‐, and third‐order
molecular polarizabilities of urea. An efficacious general finite field perturbation approach …

Understanding the molecular origins of the optoelectronic properties of fluorophores
provides rational guidelines for chemists to synthesize better-performing dyes. Factors …