[quote]stokedporcupine8 wrote:
If I am misunderstanding you, please let me know. My above post though is responding to this:
I disagree.
In the end we are born with instincts about what is right and wrong. The idea of “property rights” might be an intellectualization, but our whole brain is only as large as it is to make us highly political animals which make sure that we get what we perceive as ours.
Hence why I take you as arguing for the claim that because of our evolution, we instinctively understand both property rights and social order–“right and wrong” as you put it. [/quote]
Yup.
Apparently what I was searching for was that “Wason selection tasks” are much easier to solve when presented in a social context.
http://blogs.discovermagazine.com/loom/2005/05/02/cheating-on-the-brain/
If you took these tests, chances are you bombed on version one and got version two right. Studies consistently show that in tests of the first sort, about 25% of people choose the right answer. But 65% of people get test number two right.
This is actually a very weird result. Both tests involve precisely the same logic: If P, then Q. Yet putting this statement in terms of social rules makes it far easier for people to solve than if it is purely descriptive.
Leda Cosmides and John Tooby of the University of California at Santa Barbara have argued that the difference reveals some of our evolutionary history. Small bands of hominids could only hold together if their members obeyed social rules. If people started cheating on one anotherâ??taking other peopleâ??s gifts of food, for example, without giving gifts of their ownâ??the band might well fall apart. Under these conditions, natural selection produced a cheating detection system in the brain. On the other hand, our hominid ancestors did not live or die based on their performance on abstract logic tests. Rather than being a general-purpose problem-solver, the human brain became adapted to solving the problems that our ancestors regularly faced in life.
The Wason Selection Task has become the center of the debate over evolutionary psychology. Some critics, such as the French psychologist Dan Sperber, claim that Cosmides and Tooby canâ??t make such strong statements about human reasoning from the Wason Selection Task. Others claim that the brain canâ??t be sliced up into modules so nicely.
…
Now hereâ??s the kicker: the social exchange version of the problem doesnâ??t just activate this left-brain network. It also activates the same regions in the right side of the brain. Many studies in which people have thought about social situations have tended to turn on the right side of the brain more than the left, and so in one sense this result isnâ??t too surprising. But it is surprising when you consider that the descriptive version of the puzzle that only switch on parts of the left side of the brain involved thinking about other people and their actions. You might think that that would be social enough to engage any parts of the brain specializing in social thinking. Apparently not. Only when the puzzle involved rules for social exchanges did the right-brain network come on line.