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Science is a succession of paradigms from "summary" of The Structure of Scientific Revolutions by Thomas S. Kuhn

In order to understand the concept that science is a succession of paradigms, it is essential to delve into the work of Thomas S. Kuhn and his seminal book, 'The Structure of Scientific Revolutions'. Kuhn introduces the idea that scientific progress is not a linear and continuous process, but rather a series of shifts in fundamental beliefs and methods known as paradigms. These paradigms serve as the framework within which scientists operate, guiding their research, interpretations, and overall understanding of the natural world. According to Kuhn, a scientific paradigm represents a set of shared assumptions, concepts, values, and practices that define a particular scientific community at a given time. This paradigm shapes the way researchers approach problems, conduct experiments, and interpret data. In essence, it provides a lens through which scientists view the world and dictates the boundaries of acceptable scientific inquiry. However, Kuhn argues that paradigms are not static or immutable. Instead, they are subject to change and evolution as new evidence, anomalies, and competing theories emerge. When anomalies accumulate and the existing paradigm is no longer able to account for them, a scientific revolution occurs. During this period of crisis, scientists may explore alternative theories and methodologies that challenge the dominant paradigm. The shift from one paradigm to another is not simply a matter of replacing one set of beliefs with another. It involves a fundamental reorientation of the scientific community's worldview, methods, and goals. This process is often met with resistance, as scientists who have invested time and effort in the prevailing paradigm may be reluctant to abandon it.
  1. Kuhn's concept of science as a succession of paradigms highlights the dynamic and evolving nature of scientific knowledge. By recognizing the role of paradigms in shaping scientific inquiry, we can better understand how scientific revolutions occur and appreciate the complexities of scientific progress.
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The Structure of Scientific Revolutions

Thomas S. Kuhn

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