Controlling the number of molecular switches and their relative positioning within porous
materials is critical to their functionality and properties. The proximity of many molecular …

Hierarchical self-assembly of Pt (II) metallacycles for the construction of functional materials
has received considerable research interest, owing to their potential to meet increasing …

Conjugated polymers exhibit potential for the development of next-generation stretchable
electronics. However, an understanding of molecular aggregation during solution …

Understanding the role of solvent in translating molecular anisotropy to supramolecular
polymers is in the early stages. A solvent's influence on the strength of different noncovalent …

Self‐assembly process represents one of the most powerful and efficient methods for
designing functional nanomaterials. For generating optimal functional materials …

Molecular doping strategies facilitate orders of magnitude enhancement in the charge
carrier mobility of organic semiconductors (OSCs). Understanding the different doping …

Reversible switching between supramolecular polymorphs offers a great way to introduce
stimuli‐responsiveness. Supramolecular polymorphism is usually achieved through …

The solid-state organization of photoabsorber, hole and electron transporting layers, and
interfaces between them plays an important role in governing the performance and stability …

Pathway‐dependent self‐assembly, in which a single building block forms two or more types
of self‐assembled nanostructures, is an important topic due to its mimic to the complexity in …

Profound knowledge of the molecular structure and supramolecular organization of organic
molecules is essential to understand their structure–property relationships. Herein we …