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That version of "hard science" went out of style a couple of centuries ago and was declared definitively dead by the time people started doing

I think I've explained myself wrong.
As far as I remember you can only solve analytically the energy equations for an electron and a proton (and even so I suppose the story doesn't end here - by my knowledge of physics ends), from that point onwards you used ab-initio methods, then, when the system gets too big semi-empirical methods, then Newtonian mechanics, then you are out of computational biochemistry... The bigger the system you study the bigger the number of unknowns.

This grading can be roughly seen in sciences:
basic physics, chemistry, biochemistry, medicine/biology, economy/sociology.

The degree of "fuzyness" and unknown increases as you go along the line. The bigger the "fuzzyness" the large the space for creeping in of human cultural factors.

You can see that in biology where, though evolution is consensual then the role of selection, competition, mutualism or neutrality are far from being consensual (and if you look at the buzzwords, you see that they can be highly influenced by politics and society).

The space for gross mistakes induced by culture increases exponentially as you go along that line (heck, in things like biology, sociology and economy, the scientific process in itself in participating in changing the whole picture in itself).

Black swans everywhere...

by t-------------- on Thu Aug 7th, 2008 at 01:02:17 PM EST
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