His post was nicely written, and I apologize for tossing in an inexcusable quotient of sarcasm - but the main thrust of my post still rings true - my opinion of matter needed to change. Capabilities I had mysteriously attached to consciousness, IE the notion of an object (clumping), color, taste, etc . . . these are really properties of matter . . . combined with the vast computational power of the brain and our other biology = subjective experience.
However you meant it, I only disagree with one part of your previous post: "We should not be surprised..."
Sure we should. We should be surprised as hell! We should all be walking around with our stupid mouths hanging open in shock! Aristotle, Pythagoras, Sophocles, Plato, Confucius, Copernicus, Galileo, Newton, DaVinci, Goethe, Franklin, even Darwin; they'd all be dumbfounded by what's been discovered so far about the antics of matter that's following only causal, quantum mechanical, and statistical laws.
I love the way PixyMisa seems to take it all as a matter of course, I hope he never changes, but I think it's weird and it's counter-intuitive and it's really hard to believe, even after you've looked at things like cell biochemistry, neural network systems, computing theory, ecosystem ecology, biological evolution, linguistics, and cognitive neuroscience (and no one has time to really study all those fields, so "looking at them" is about the best you can do). But it's what all the evidence is telling us.
Some hints regarding the antics of matter were known early on. Shortly after the inverse-square law of gravitation was spelled out, the precise equations for the motion over time of the general case of two uniform bodies in space affected only by one another's gravity were derived. The corresponding equation for the general case of
three such bodies has been proven (as of the late 19th century) not to exist. Such motion, except in special cases, will never repeat and so cannot be expressed in any finite formula. That's all it takes to make simple deterministic laws yield intractably complex behavior: three bodies with mass, Newtonian gravitation, space, and time. No other forces, other complications like odd-shaped bodies with more complex gravitational fields, relativity, or quantum weirdness are needed to make mathematical predictability go "tilt." That's dull lifeless matter for you.
(By the way, some of the special cases are when one or two of the body(ies) is much more massive than the other(s), as in planets orbiting around stars or moons around planets. So planetary orbits are regular and predictable, although not for indefinite time periods.)
Does that make it easier to accept the incredible range of what matter can do when the number of interacting parts is not two or three or four, but billions or trillions or quadrillions or more?
And if you have any notion of a deeper "why" for all that—for instance, why a certain proclivity for computation seems to bubble up from the very fabric of the universe—I'm interested in your ideas.