Anonymous Quotes: for any non-biological system, the distribution of output follows a power law curve. ...

for any non-biological system, the distribution of output follows a power law curve. (Anonymous)

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Anonymous Quotes: for any non-biological system, the distribution of output follows a power law curve.

Anonymous Quotes: for any non-biological system, the distribution of output follows a power law curve.

Anonymous Quotes: for any non-biological system, the distribution of output follows a power law curve.

Anonymous Quotes: for any non-biological system, the distribution of output follows a power law curve.

Anonymous Quotes: for any non-biological system, the distribution of output follows a power law curve.

Anonymous Quotes: for any non-biological system, the distribution of output follows a power law curve.

Anonymous Quotes: for any non-biological system, the distribution of output follows a power law curve.

Anonymous Quotes: for any non-biological system, the distribution of output follows a power law curve.

Anonymous Quotes: for any non-biological system, the distribution of output follows a power law curve.

Anonymous Quotes: for any non-biological system, the distribution of output follows a power law curve.

Anonymous Quotes: for any non-biological system, the distribution of output follows a power law curve.

Anonymous Quotes: for any non-biological system, the distribution of output follows a power law curve.

Anonymous Quotes: for any non-biological system, the distribution of output follows a power law curve.

Anonymous Quotes: for any non-biological system, the distribution of output follows a power law curve.

Anonymous Quotes: for any non-biological system, the distribution of output follows a power law curve.