Showing posts with label progress. Show all posts
Showing posts with label progress. Show all posts

2018-08-06

Book Review: "The Structure of Scientific Revolutions" by Thomas Kuhn

I've recently read the book The Structure of Scientific Revolutions by Thomas Kuhn. This is a classic treatise from 1962 expounding Kuhn's view of scientific progress not as cumulative and incremental but instead as comprising paradigms in each field and discipline which drive most scientific research while being subjected to drastic changes from time to time; this is the book that popularized the notions of scientific paradigms and shifts therein. It starts with a description of what "normal science" (in the sense of science comprising and being driven by existing paradigms) is, defining the notion of a "paradigm" in the context of science, and how people do science in that framework. It then moves onto the notion of a scientific crisis, and shows how that may or may not develop into a fully-fledged scientific revolution. Finally, it shows how new paradigms may take root and how scientific revolution may ultimately be resolved in one way or another.

While Kuhn did not perform serious sociological research for this treatise (though the book seemed to me like an informal sociological review of the scientific community at large), and while he later in life turned his attention more to fundamental questions of scientific philosophy, he was a historian of science and identified most strongly as that; I feel this may have helped shape this book into something far more clear and engaging for a layperson like myself than what I may have expected from a book about the philosophy of science, as the book is chock-full of relevant and easy to understand references to the history of science (though it may also have helped that Kuhn, having been a theoretical physicist before becoming a historian of science, focused almost exclusively on the historical development of theoretical frameworks in the physical sciences). Moreover, because this was meant as an extended essay, this book is not particularly long, though it is reasonably well-referenced with illuminating footnotes too; in fact, the chapters are called sections, as would befit an essay/treatise. One question to which I kept returning through the book was about how to distinguish between discoveries that answer open questions within a paradigm versus those which more fundamentally threaten the existence of such an established paradigm; Kuhn masterfully addresses the various aspects of this question in a clear progression over the course of the book, to the extent that I almost felt like he was speaking directly to me in order to answer my questions as I read the book. I do have a few criticisms of the book, though these should themselves be taken with a grain of salt and subjected to criticism too, as I am a layperson in the context of the philosophy of science; follow the jump to read those. Beyond that, though, I think this is a really interesting and valuable perspective on the practice of science at the level of groups/communities, and would be useful for anyone interested in how the sausage of science is made, discarded, and remade.

2011-04-18

The Wonders of Communicating over Computers

A few days ago, I was talking to my family back home on Skype. They were actually helping me fill out college financial aid forms for the next academic year, but we were also chatting about random things at the same time. This was far from the first time we had talked on Skype since I came to college, so why was I particularly amazed with it now? Well, the phone at my family's house rang at one point during our conversation, and I had the video call set to full-screen on my computer. The phone nearest my family's computer is just to the right of the computer, which means in the video call it appeared to the left side of my computer screen. As the phone rang, I instinctively started to reach to the left for the phone until I remembered that I'm not actually there.
That's the beauty of things like video calling; if you allow yourself to be immersed in the conversation, you forget that you aren't actually in the same place as the other person in the conversation. And sometimes, it's nice to stop focusing on super-technical things, take a step back, and let yourself be wowed by modern technology and progress. What do you think?

2010-10-04

Isaac Newton, Progress, and Patents

In my physics recitation class today, our recitation leader briefly digressed from the material at hand to discuss the history of differential calculus and the conflict between Isaac Newton and Gottfried Leibniz. Basically, Newton claimed to have invented differential calculus first (although, as with any other "invention", neither can truly claim to have invented calculus from scratch as they were building on the work of mathematicians before them (and I don't just mean 1 + 1 = 2 — I mean things like infinite series and tangent lines)), but as he kept his work secret for decades, he ended up publishing his work on calculus after Leibniz published his work. While both were initially on good terms, as Newton became more possessive of his own work and convinced of his own originality, the debate became progressively more heated, with Newton and his supporters accusing Leibniz of plagiarism. Follow the jump to read more.