Core@shell Nanostructured Catalysts: Implementation in Organic Transformations

Abstract The demand for novel nanostructured catalysts to expedite organic transformations, including amination, Suzuki reactions, oxidation, and reduction, has been growing significantly for practical purposes in recent decades. The variability of core@shell nanostructured catalysts (CSNCs) has enabled the development of their novel implementations in sustainable and lucrative organic transformations. This perspective article delineates current advancements in the synthetic methodologies of specific CSNCs and their catalytic efficacy in selected organic reactions, such as amination, reduction, oxidation, Suzuki cross‐coupling, etc. Discussions explore the approaches and illustrations for the recyclable CSNCs, including their benefits and shortcomings, sustainability, and the effectiveness of the stated catalysts in the specified organic transformations. In addition, advancements in synergistic interactions between the cores and shells in CSNCs and sustainable systems using magnetic components for recycling techniques strove to enhance catalytic efficiency and provide cost‐effective catalysts for specific transformations.