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The sustainable development of our future represents an unorthodox challenge in sciences and technologies.The exploration of unconventional chemical reactivities that could potentially result in more sustainable chemical productions with efficient utilization of resource and inherent prevention of waste will provide the foundation for the synthetic chemistry of our future.As part of this endeavor,we have explored metal-mediated reactions in water to minimize protection-deprotection and the use of organic solvents,catalytic nucleophilic additions via C-H reactions to avoid generation and use of stoichiometric organic halides and metal in water,and Cross-Dehydrogenative-Coupling(CDC) reactions to minimize overall transformation steps.
The sustainable development of our future represents an unorthodox challenge in sciences and technologies. Exploration of unconventional chemical reactivities that could potentially result in more sustainable chemical productions with efficient utilization of resource and inherent prevention of waste will provide the foundation for the synthetic chemistry of our future.As part of this endeavor, we have explored metal-mediated reactions in water to minimize protection-deprotection and the use of organic solvents, catalytic nucleophilic additions via CH reactions to avoid generation and use of stoichiometric organic halides and metal in water, and Cross-Dehydrogenative-Coupling (CDC) reactions to minimize overall transformation steps.