Converging experimental and theoretical methods for unveiling the interplay between non-linear optical activity and biological effects in organic compounds

Abstract

This paper has primarily focused on establishing the foundational framework for comprehensive research. It has emphasized critical domains essential for understanding "non-linear optical activities" and their intricate connections with the biological assessment and association with organic compounds. Moreover, the inquiry has also given precedence to addressing the complexities that have defined the challenges related to organic compounds and their integration with non-linear optical (NLO) elements. The NLO process has affirmed the importance of introducing chemical reactions to quantitatively assess the bonding interactions among polarized electrons. As a result, the ongoing investigation has showcased the extent to which these interrelated solutions contribute to a coherent understanding of the interactions between solute and solvent molecules.