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Molecular synthesis stands as a fundamental pillar driving scientific progress. Our department boasts a distinguished legacy in synthetic chemistry, encompassing Nobel laureate Khorana's groundbreaking nucleic acid research, Bartlett's creation of the first noble gas compound, Kutney's trailblazing steroid studies, and Piers and Weiler's extensive contributions to organic synthesis methodologies. Currently, we're actively developing and enhancing various synthetic techniques to address evolving challenges in materials science, polymer chemistry, organometallics, nanotechnology, catalysis, bioactive compounds, pharmaceutical development, and chemical biology. These synthetic breakthroughs have facilitated the creation of innovative products ranging from pharmaceuticals to advanced materials and diagnostic technologies.