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The aim is to explore the emission properties of boron-substituted carboranes as fluorophores for advanced materials.

Reimagining o ‐Carborane‐Based Fluorophores: Charge‐Transfer from Boron Substituents Triggers Aggregation‐ and Crystallization‐Induced Emission

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The aim is to explore the emission properties of boron-substituted carboranes as fluorophores for advanced materials.
Investigated AIE and CIE properties of boron-substituted carboranes.
Examined electron transfer from boron substituents during photoexcitation.
Tailored solid-state emission through the selection of different substituents.
Boron-substituted carboranes demonstrate AIE/CIE activity for the first time.
Emission properties can be enhanced by modifying the boron substituents.
This expands the range of compounds useful for bioimaging and optoelectronic applications.

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This research shows how boron-substituted carboranes enhance emission properties in luminescent materials, suggesting new design strategies.

Szathmári et al. (2026) studied this question.

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This research shows how boron-substituted carboranes enhance emission properties in luminescent materials, suggesting new design strategies.