Embedding the A CDM framework in non-minimal f (Q) Q ) gravity with matter-coupling

In exploring the dynamics of the Universe, modified gravity theories offer an alternative explanation for dark energy. Although the A CDM model has served as a foundational description for understanding the Universe, it also has its limitations. Our primary objective in this study is to overcome these shortcomings and reconstruct the A CDM Universe. We aim to achieve this by embedding the A CDM scenario within a modified gravity framework. Here, the investigation is conducted within the framework of novel non-minimal coupling of f (Q) gravity. A generic non-minimal form is considered, expressed in terms of two arbitrary functions f1(Q) 1 (Q) and f2(Q). 2 (Q) . Analytic solutions are derived to mimic the A CDM paradigm. Finally, through cosmographic analysis, the models are validated against observational results.