Monday, April 24, 2017

Kuhn - Tentative Answer 2

Normal science to Kuhn is something that should be solvable by normal rules and procedures, and which follow the normal basic foundations of science. It is the regular work of scientists when they make theories and observe and perform experiments within a paradigm. A scientific paradigm is a set of concepts, theories, methods, and standards for what is considered a legitimate contribution to the field. (So a paradigm is a framework of boundaries/rules that must be followed for something to be legitimate.) I liked that Kuhn said that if science "is the constellation of facts, theories, and methods collected in current texts, then scientists are the men who, successfully or not, have striven to contribute one or another element to that particular constellation". I don't think this is super relevant but it reminded me of the quote from Cloud Atlas (David Mitchell) that goes, "My life amounts to no more than one drop in a limitless ocean. Yet what is any ocean, but a multitude of drops?" So anyone who works in science, even if they had a mistake in their conclusion, contributes to this constellation of knowledge!! This reminded me also of a concept I learned in chamber ensemble -- all three of us in our trio contribute to this imaginary "sphere" of music above us, which is more than the sum of the three of us. The sphere is unique to every performance, and is shaped by everything that we put into it, which includes both any mistakes (like if we don't come in together) and any improvements, planned or not, at the time of performance.

When new science is presented, it "often suppresses fundamental novelties because they are necessarily subversive of its basic commitments", but "so long as those commitments retain an element of the arbitrary, the very nature of normal research ensures that novelty shall not be suppressed for very long".  I took this to mean that when people are doing research about a new topic, at first it will seem disruptive to pre-existing knowledge, but as long as it stays on track with the fundamental laws of nature it will soon fit back in through reason. I remember that over the summer when I was working on a startup at an accelerator in Brooklyn, one of the speakers came in told us that the world is so fast-paced that we don't have the time to spare or the time to develop the ability to prove again from scratch the fundamental theories, but we accept them because they have been proven to be true (or at least not been proven to be false; and we also learn from other people's errors so that we don't have to waste time on that again), and we use these as building blocks/resources for us to discover new knowledge. Standing on the shoulders of giants we are able to advance further because we already have the support from the past and can apply them to the future. Also, another example is in my accounting/finance professor's textbooks, he often writes "Convince yourself that this is true." and has us think about the concept by ourselves until we either understand it or give up and believe in it so that we can move on.

(I might come back to write more later but I have to go to elections right now!! See you later or in class!!)

3 comments:

  1. I think Kuhn's take on science as interconneted facts is very apt and relevant to the discussions concerning science. Recently, we witnessed a march for science in Washington. What is concerning to me is when political agendas are concerned, scientific facts can go ignored, can be manipulated, or even go so far as to be dismissed in favor of "alternative facts," which simply dont exist.

    The quote that Claire mentions, "convince yourself that this is true" is particularly interesting. It implies that people should seek to understand fact and scientific findings, and if they are unwilling to do so then they should trust those who have experitise and actively work towards verifying fact. Problems arise when people do niether in order to preserve their agendas and protect preconceptions that may be debunked. This hinders progress and poses large threats in relation to issues such as climate change.

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  2. I find the role of fear and reluctance interesting in how they shape the outcome of science--that people will actively forego convincing theories because these ideas threaten to overrule the current mode of thought. Science is an inherently dispassionate field, perhaps the most dispassionate, so it is almost ironic to discover the significance of emotion in determining the course of science. It feels as though angst and unease noticeably inhibit the direction of science, and they will continue to shape its course due to the reluctance of accepting revolutions.

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  3. David's comment remainds me of Descarte' take on science. His correspondece with Princess Elisabeth especially introduced and highlighted the take on science as dispassionate and purely based on reason and logic. The Descartian idea of science, which makes an appearance in Kuhn's description of scientific progress and science as a field. I agree with David in that the degree to which people's emotionsn and preconceptions is surprising in a field that we largely regard as logical. To this end I also agree with Kuhn's analysis concerning how people's emotions, biases and paradigms shape the manner in which science and the concept of "science" evolves.

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