This review explores how major scientific breakthroughs gain recognition over time through a case study on click chemistry and the Nobel Prize. Click chemistry, often described as “LEGO for chemists”, allows fast, high-yield reactions with minimal byproducts, even inside living cells. The review traces how Barry Sharpless’s original idea evolved through collaboration and global application to ultimately win a Nobel Prize. Focusing on his development of click chemistry, it tracks the progression from his original concept to the wider scientific advances that followed, highlighting how collaborative research, practical applications, and global adoption contributed to its eventual Nobel recognition. The study offered insight into the nature of long-term scientific impact and the layered journey from innovation to global acclaim.
Leela Laroia (Tue,) studied this question.