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New solid-state materials are emerging with precise prospect of revolutionizing new electronic device. The BaAl 4 S 7  is originally a non-linear optical material. However, the unique plane analysis suggests that it could be converted into a white light source solid-state device if doped. In this paper, we present a unique doping technique that converts BaAl 4 S 7  to a unique solid-state device by doping the sample with carbon at unique positions.

Computational synthesis of carbon doped BaAl4S7-xCx as a unique solid-state device