The article reflects on the significance of Thomas Kuhn's framework regarding scientific development, highlighting that progress in science is not always linear or cumulative. Instead, Kuhn illustrates that scientific disciplines experience periods of stagnation, identified as 'scientific drift,' interspersed with phases of rapid advancements termed 'scientific revolutions.' These revolutions arise from the introduction and gradual acceptance of new paradigms, which reshapes the foundational assumptions and methodologies within a discipline.

In the context of the upcoming 250th anniversary of Adam Smith's "The Wealth of Nations," the piece argues that Kuhn's theory can also be applied beyond natural sciences to the realm of social sciences and economics. It reflects on how the switching from traditional economic paradigms to newer frameworks, such as neoliberalism or behavioral economics, demonstrates the same principles of scientific progress laid out by Kuhn. The article invites readers to consider whether contemporary shifts within economics and social sciences align with the logic of scientific revolutions described by Kuhn.

Furthermore, the authors explore historical examples of scientific revolutions, such as the Copernican revolution, which transformed astronomy, and the Turing revolution that facilitated unprecedented advances in artificial intelligence. These historical shifts serve as parallels for today's discussions around economic theory and practice, emphasizing that recognizing these revolutionary periods can enrich understanding of how we conceive of economic growth and societal progress overall.