Recollection draws on latent knowledge to address current problems, relying on the idea that foundational understanding can be retrieved through guided questioning with established knowledge. This principle assumes that individuals or models possess essential knowledge that, when revisited, can illuminate new challenges. In chemistry, recollection is essential for applying well-established principles to unexpected scenarios. For instance, recalling thermodynamic laws can provide insight into why a reaction that appears spontaneous exhibits a decrease in entropy, defying common expectations. Similarly, revisiting molecular orbital theory can shed light on unusual electronic configurations observed in complex coordination compounds, linking foundational theory to advanced chemical phenomena.