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This analogy doesn’t really answer it, it only shows that there’s no generic answer. So “fittest” basically means “the result”. It’s a definition, not explanati
by wruza 2y ago
This analogy doesn’t really answer it, it only shows that there’s no generic answer. So “fittest” basically means “the result”. It’s a definition, not explanation. But it is used instead of “the result” because we have some insights into how it was calculated, and we know that the nature simply creates {mi,bi,tri}llions of variants and then some minuscle amount has better chances to pass and mix these genes, outplaying others in this game. That’s where fittest comes from. Any attempt to explain it fully meets with a local complexity, in which only high-level questions can be answered in the same limited high-level manner. So there is some compressibility, but it’s clearly jpeg. Cause if a whole planet of distinct particles would strictly follow some rule to compress the observations into, it would be a rule of physics, not biology. E.g. why do animals fall to the ground? Due to gravity, here’s <formula>, works for all particles.
- enugu 2y agoSure, you won't get exact predictions on which genetic codes are realized. Similar to how statistical physics doesn't predict microstates, but the macro picture is understood. Even that might be too ambitious for complicated systems, but you can still have sensible predictions from evolution theory which looks at a landscape and says that there will be animals with tall necks and predators with very fast speeds even if you didn't know beforehand about giraffes and cheetahs. In the fractal analogy, the compressed theory does not predict that exactly this point does/does-not lie on the fractal, but predicting whether a small disc around the point intersects the fractal.