X is measured by number of nemes exchanging and the speed and frequency of exchange.
x = nemes
X is number of nemes in the situation. X^n = nString
n is a function of exchanges between nemes.
x = nemes
X is number of nemes in the situation. X^n = nString
n is a function of exchanges between nemes.
X^i = ntube
i is a function of exchanges between strings.
Y^j = constraints
Y is measured by flexible or rigid.
j is a function of loose or tight.
Z^k = nemplexity
Z is measured by turbulence - smoothness
k is a function of measures of complexity.
So something like
X + mX^n + kX^i + rY^j - qZ^k =0
In sociology, all of the functions are related to demography, speed and reach of exchange. Since strings and tubes can be seen as nemes from a different level it could capture the nemePlexity of the system.
i is a function of exchanges between strings.
Y^j = constraints
Y is measured by flexible or rigid.
j is a function of loose or tight.
Z^k = nemplexity
Z is measured by turbulence - smoothness
k is a function of measures of complexity.
So something like
X + mX^n + kX^i + rY^j - qZ^k =0
In sociology, all of the functions are related to demography, speed and reach of exchange. Since strings and tubes can be seen as nemes from a different level it could capture the nemePlexity of the system.
1s
This is interesting. Certainly this is a big idea. Trying to wrap my head around it. Perhaps it would take more time.
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