The aggregation of conjugated polymers and electronic coupling of chromophores play a
central role in the fundamental understanding of light and charge generation processes …

Conjugated polymer (CP) aggregates have been the focus of considerable research, as
these mesoscopic entities, compared with single CP chains, provide environments more …

It is challenging to increase the rigidity of a macromolecule while maintaining solubility.
Established strategies rely on templating by dendrons, or by encapsulation in macrocycles …

Even though the quantized interaction between light and matter in the photoelectric effect is
considered one of the cornerstones in the development of quantum mechanics, it was long …

In this review, we discuss how state-of-the-art optical microscopic techniques enhance our
understanding of the morphological and dynamic properties of synthetic polymers …

Excited-state symmetry breaking (ESB) has attracted much attention because it is often
observed in symmetric multipolar chromophores designed as two-photon …

The layer printing sequence in three-dimensional (3D) printing affects the molecular
structure of the printed layers, as shown for bottom-up stereolithography printing using an …

Triplet excitons have been the focus of considerable attention with regards to the functioning
of polymer solar cells because these species are long-lived and quench subsequently …

Abstract π‐Conjugated segments, chromophores, are the electronically active units of
polymer materials used in organic electronics. To elucidate the effect of the bending of these …

By measuring the fluorescence photon statistics of single chains of a conjugated polymer,
we determine the lifetime of the metastable dark state, the triplet exciton. The single …