November 23rd, 2015
Since the site has been down for approximately three months and is slowly getting back up, I’d like to give an update on what has been happening and some changes in the direction of my doctoral research.
Over the last couple years a lot of things have happened but the details will have to remain absent for now. One series of events led to several medical bills from the States needing to be paid. Due to some government policy changes they were moved to the forefront, which required immediate attention and affected much of my financial situation over here. A friend of mine, Alfonso Alvarez created a fundraising page, which completely blew me away.
So many friends and strangers helped me exceed my goal to help with the circumstances. I’m very grateful for everyone who helped. For those who prayed, gave financially, and even gave food, thank you! I’m truly humbled by what happened and it was quite encouraging. To see how a community of like-minded people can come together and help out another person is inspirational. I’ve given ebook copies to all those who helped that wanted them. Some were anonymous and if you’d like to get in touch with me and get your copies, please do.
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April 8th, 2015
Inference to the Best Explanation Revisited (Our Method of Inquiry)
- When using certain theoretical terms, as in the inference to quarks, the epistemic process cannot restrict explanations to only natural or empirical explanations. If one attempts to strip science of all metaphysical import then material causation is the only sufficient form of scientific explanation. However, this has an unnecessary restriction on science and is incongruent with one’s epistemology (if it is to be robust). The robust epistemology certainly accounts for inferential explanations that are not necessarily required to be material. The epistemic methodology may be identical to a non-scientific context but when this methodology is applied in a scientific context then the explanation is ruled out a priori with no [apparent] justification (hence the removal of efficient and final causation from science). Thus, scientific explanations must not necessarily be material explanations. Remember, by using inferential explanations such as quarks and protons we observer their effects and infer as to what the best antecedent causal explanation may be. It’s an issue over the identity of what antecedent causes could be. (In a normal epistemic process the antecedent may be agency).
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March 2nd, 2015
Kuhn on Scientific Revolutions and Paradigm Shifts
- Scientific revolutions are here taken to be those non-cumulative developmental episodes in which an older paradigm is replaced in whole or in part by an incompatible new one. Paradigms are incommensurable (no common measure—can we really do that and still talk about different models?). (g. planets)
- “Suddenly the fragments in my head sorted themselves out in a new way, and fell into place together. My jaw dropped, for all at once Aristotle seemed a very good physicist indeed, but of a sort I’d never dreamed possible. Now I can understand why he had said what he’d said, and what his authority had been. Statements that previously seemed egregious mistakes, now seemed at worst near misses within a powerful and generally successful tradition.”
- When paradigms enter into a debate about paradigm choice, their role is necessarily circular. Each group uses its own paradigm to argue in that paradigm’s defense. (This circularity doesn’t necessarily make the arguments wrong or ineffectual.)
- There’s no such thing as paradigm independent data. Interpreting the data is paradigm specific. There is no theory-neutral data. No theory-neutral data ≠ objective knowledge. (Kuhn claimed this criticism was the result of a misunderstanding of him.) He claimed that when a scientific revolution occurs, “The world changes.” (He wanted to apply Scientific Revolutions to the contemporary science of his day but was constantly having to modify his philosophy in responding to critics.)
- Anomalies: The parallax of the angles between stars and the earth every six months. The lack of difference between angles was thought to show a Ptolemaic universe; however, the Copernican view allowed for this by suggesting that the angles were insignificant to their measurements (technological limitation) because the stars were too far away. Anomalies may also simply be ignored or counted as, simply, irrelevant until they build an undercutting consensus.
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