Modern Synthetic Chemistry : Trends and Perspectives

Modern chemistry is multifaceted and complex, offering many opportunities for innovation. Catalysis, which plays a crucial role in all three of the leading strategies (transition metal, organic, and biocatalysis), continues to be at the forefront of research. The use of transition metals, in particular, has led to the development of new approaches such as photoredox and electrosynthesis, which in turn have opened the door to new reactions. In addition, the ability to modify previously inert bonds in molecules using C-H activation will allow chemists to develop new, more convenient synthetic routes. Finally, the desire to create sustainable and scalable processes puts green chemistry at the forefront of scientific and industrial development. Light, electricity, and biocatalysts are increasingly being used as tools for synthesis, while flow chemistry and smart technologies are making the development of new processes much faster and more comfortable. Thus, modern chemists have the opportunity to choose from a vast array of methods and technologies to create target molecules. The convergence of these areas will undoubtedly lead to further sustainable development and the rapid emergence of new ideas that seem impossible to implement today.

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