A somewhat long and rambling consideration of Kuhn's The Structure of Scientific Revolution
In college, I double majored Political Science and Management Science. I now work in a field called Data Science. Even though the last time I sat in a physics class was my junior year of high school, I am a scientist. One of my college buddies, an engineer, liked to poke fun at me, "if they have to put science in the name, I am pretty sure it's not science." Despite my degrees, I agreed with him. Seven years and one PhD later, my thoughts on science have changed. I no longer define science so much by the subject matter as by the process. Science is not limited to applications of physics, chemistry, or biology; human behavior, interactions between people, and society at large can also be topics of scientific inquiry.Science isn't so much defined by subject matter as by a process. This process is, of course, the scientific method: generating hypothesis and testing the hypothesis by observation or experimentation. Unsurprisingly, there is a science of science; which is excellently described (and probably really began) in Thomas Kuhn's The Structure of Scientific Revolution. In this book, Kuhn proposes a theory of how large scientific breakthroughs,"revolutions", are arrived at. To do so, he also establishes a framework for how science functions outside periods of revolution. I found this framework both immensely useful for understanding the ebbs and flows of science, but also questioned whether "revolution" is as unique as Kuhn seems to imply.