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Small molecule helical emitters

Tadashi Mori

2026Chemical Society Reviews8 citationsDOI

Abstract

factor without relying on the weak magnetic moment of the individual units. The progress in CPL-active materials is a testament to the power of targeted molecular engineering. As seen in the state-of-the-art examples in the review, the field has matured to a point where the fundamental photophysical principles governing CPL are being directly translated into synthetic molecular designs. While current high-performing materials are often complex and synthetically challenging, these proof-of-concept molecules validate the core design strategies.

Topics & Concepts

LuminescenceChromophoreDipoleSmall moleculeMoleculeChemical physicsLimitingSymmetry (geometry)Materials scienceMolecular physicsCore (optical fiber)NanotechnologyMagnetic dipoleOptoelectronicsChirality (physics)ChemistryFunction (biology)Order (exchange)AsymmetryField (mathematics)Electric fieldTrigonometric functionsPhysicsOpticsSimple (philosophy)Condensed matter physicsElectric dipole momentNuclear magnetic resonanceMagnetic fieldDiscrete dipole approximationDesign elements and principlesAtomic physicsOrganic Light-Emitting Diodes ResearchSynthesis and Properties of Aromatic CompoundsLuminescence and Fluorescent Materials
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