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Anonymous
Sun, Nov 3rd, 2013 17:22
No. 76082
There are more than one anonymous users posting here, so it could become a bit confusing. So, know that I posted >>76071 and nothing else unless you count this very post.>>76073 > I think no sane person would ever say… What an unbecoming, roundabout way to question my sanity. So much for trying to convey ideas clearly and be understood. I guess I did deviate from the original point a little, but not all that much, in my opinion. Oh, well. I also admit I seldom give anything I write here the time and attention it deserves, but I suppose there are not very many people reading these. I meant simplicity in the reductionist sense: simply fewer parts. A single cell taken out of an organism is simpler than the whole organism, simply because the organism consists of trillions of those. We're also not interested in the organism's size, which would amount to a very simple model, but in the way the complexity (of behaviour, mainly) emerges from the interaction of these simpler parts. We can do the same with a cell itself. We can take it apart and, still staying within the scope of reductionism, say, "This protein complex is simpler than the whole cell, which is made of a multitude of these and other different kinds of proteins." This doesn't say anything about measurement and the 'complexity of making a measurement'. Of course, the further we depart from the scale we know best, the harder the measurement, which brings about a potential source of error. Looking back at the lecture, I think this was a rather minor concern, since the property in question was, I think, testosterone concentration or something simple like that. This wasn't my point, though. I didn't even intend to back up the findings presented in the lecture in the first place or to somehow back up the other anon's message, because to be f…