Hypotheses

Hypothesis 1
Complex order or behavior is typical of any system which is determined by three or more different, but interdependent (sets of) variable entities of whatever kind (see: complex order).

Hypothesis 2
Complex order is deterministic, relativistic as well as probabilistic, and differs for that reason funda-mentally from disorder and simple or linear(izable) order (see: disorder, simple order & complex order).

Hypothesis 3
Complex order is characterized by a partially predictable, probabilistic (0<P<1) alternation of relatively well predictable, pseudo-probabilistic, pseudo-simple events and relatively badly predictable pseudo-non-probabilistic, seemingly coincidental, pseudo-chaotic adaptive chance events (see: complex behavior).*
 
Hypothesis 4
Synthesis of axiomatic, basic, simple and/or complex knowledge induces, i.e. emerges or creates, increas-ingly complex knowledge (see: degree of complexity).
 
Hypothesis 5
Analytical reduction of complex order yields less complex, simple, basic and/or axiomatic knowledge, but, in addition, serious loss of relevant complex information as well (see: conclusions).
 
Hypothesis 6
Human language is, just like nature, of which it is part of and which it describes, a complex phenomenon itself too and, for that reason, able to describe nature's complexity adequately (see: general conclusions).
 
Hypothesis 7
In order to be able to investigate complex behavior properly and solve complex problems adequately, modern science has to be extended with complex logic and a complex scientific method (see: science).
 
*It is assumed that complexity-based physical probability (0<P<1) and physical significance (P<?) differ fundamen-tally from methodological-error based statistical probability (0<p<1) and statistical significance (p<0,05) (see: com-plex predictability).
 

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