Organic-conjugated materials have gained popularity due to their adaptable and diverse properties, which make them ideal for applications such as organic electronics, bioimaging, and sensing. Incorporation of various main-group elements like B, P, S, Si, Sn, Se, Te etc., into π-conjugated materials has emerged as an appealing way for fine-tuning electrical characteristics and overcoming the drawbacks of purely organic materials. Tri-coordinated boron compounds have sparked a lot of attention among the different main-group element doped -electron system because of its prospective uses in OLEDs, NLO, fluorescence probes, and biological probes. Thiophene is a five-membered aromatic system that can be exploited to make useful materials. Incorporation of boron atom in between thiophene moieties has shown to be a promising way for tuning the chemical and electronic properties of the thiophene system. Apart from boron-embedded oligo and polythiophenes, boron incorporated cyclic systems have gained much attention due to their attractive photophysical properties. In this poster, presenting the photochromic behaviour of diborathiophene analogue of diboraanthracene derivatives and their optical properties.

THIOPHENE-FUSED BORACYCLES AS A PHOTOACTIVE ANALOGUE OF DIBORAANTHRACENES

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27th CRSI National Symposium in Chemistry

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