Question for the advocates of cryonics: I have heard talk in the news and various places that organ donor organizations are talking about giving priority to people who have signed up to donate their organs. That is to say, if you sign up to be an organ donor, you are more likely to receive a donated organ from someone else should you need one. There is some logic in that in the absence of a market in organs; free riders have their priority reduced.
I have no idea if such an idea is politically feasible (and, let me be clear, I don't advocate it), however, were it to become law in your country, would that tilt the cost benefit analysis away from cryonics sufficiently that you would cancel your contract? (There is a new cost imposed by cryonics: namely that the procedure prevents you from being an organ donor, and consequently, reduces your chance of a life saving organ transplant.)
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Not that it isn't interesting, but it seems confused, and somewhat trivial.
Trivial, because it basically says: Keep in mind that the map is not the territory applies even if the map is a scientific model. A good thing to keep in mind, nevertheless.
But in the details, you seem to misunderstand some of the problems "mathematics appears to have perfect conformity with reality" is, as Vladmir Nesov points out, exactly backwards. Mathematics qua mathematics has no relation to reality, and (properly) makes no claim as to reflections of reality. Your linked article, on the surface, is perfectly in line with classical incentive economics: remembering to take meds is costly, so some people don't do it. Give an incentive, and more people will do it. Not that there aren't important flaws in the perfect rationality assumption, and some of them show up beneath the surface of that behavior. But show it to computer programmed to do classical economics, and it will happily calculate marginal costs of remembering to take drugs, etc.
Further, you seem to miss some of the important roots of the problem. Economics is not the only discipline where good models are lacking (turbulent flow comes to mind). But it's easy to create a turbulent flow in a laboratory. So, is it the difficulty of experiments that cause problems, or the complexity of the phenomenon?
Or is it lack of self-awareness or honesty? Do economists imagine they understand the economy better than aeronautical engineers imagine they understand flow? And if so, why?