Polar and polarizable π-conjugated organic molecules containing push–pull chromophores
have been investigated extensively in the past. Identifying unique backbones and building …

Crystal packing-dependent photochemical reactions of several functional olefins have been
explored, but not for 1-naphthylvinyl-4-quinoline (NVQ) and analogous N-methylated 1 …

Designing novel functional compounds is a key step in coordination and organic materials
chemistry. Herein, 9-phenanthrenylvinyl-4′-pyridine (9-PheVP), as a new ligand, has been …

Thieno [2′, 3′, 4′: 4, 5] naphtho [1, 8-cd] pyridines, S, N-doped pyrene analogs, were
prepared by combination of Pd catalyzed cross-coupling reactions and acid-mediated …

Multiple emission colors in solid‐state organic fluorophores with the same main skeleton are
essential for improving the performance of light‐emitting devices/materials. Specifically …

Development of multifunctional organic materials is an area of intense research interest in
organic materials chemistry. This study reports the synthesis, crystal structure elucidation …

Developing new multifunctional organic materials is one of the current themes of research in
organic materials chemistry. The class of N, N'-dialkylated bis-pyridinium compounds …

To design ultrabright fluorescent solid dyes, a crystal engineering strategy that enables
monomeric emission by blocking intermolecular electronic interactions is required. We …

Organic push–pull molecules contain donor and acceptor moieties connected via π-linkages
through which intramolecular electron charge transfer (ICT) can occur in the ground and …

In this study, viologen-tetrasubstituted Zn (II) phthalocyanines (PcV1 and PcV2) were
designed and synthesized to achieve the tunable optical features via redox-active viologen …