Organic cocrystals based on noncovalent intermolecular interactions (weak interactions)
have aroused interest owing to their unpredicted and versatile chemicophysical properties …

Conspectus For optical and electronic applications of supramolecular assemblies, control of
the hierarchical structure from nano-to micro-and millimeter scale is crucial. Supramolecular …

Miniaturized lasers with multicolor output and high spectral purity are indispensable for
various ultracompact photonic devices. Here, we propose an optically reconfigurable Förster …

Organic molecules which can undergo excited‐state intramolecular proton transfer (ESIPT)
process have been considered as ideal gain materials for near‐infrared organic lasers …

An organic single‐crystal optical resonator that maintains its optical performance even upon
mechanical bending remains a challenging target. Here, the first flexible organic crystal …

Organic whispering‐gallery mode lasers (OWGMLs), taking the advantages of organic
materials and whispering‐gallery mode (WGM) cavity, have undergone tremendous …

Organic gain materials, with the merit of abundant excited‐state processes with large
stimulated emission cross‐section, show considerable potential in lasers. The abundant …

Flexible molecular crystal waveguides based on elastic molecular crystals (EMCs) are
essential in flexible and compact optical materials. An increased loss coefficient α due to self …

Stimulated emission (SE) of organic π‐conjugated molecule in solid state remains a
significant challenge, mainly involving the mode of molecular stacking that invariably alters …

A universal approach is demonstrated for realizing dual‐wavelength lasing in organic core–
shell structured microlaser arrays, which show great promise in serving as all‐color laser …