The ÆPT take on the evolutionary energy patterning tendency:


The most basic and general ÆPT meaning of "evolution" is what happens when a by UR emerged most simple possible energy-matter pattern gives rise to a succession of new energy-matter patterns with successively increased, or at least not decreased, functural complexity.

Even if it is not in all cases possible to compare and determine the difference in functural complexity between different biological patterns (e.g. different species of animals) it is ÆPT to make a distinction between evolutionary and devolutionary changes.

A devolutionary change brings about a decreased functural complexity. For example a Brexit will lead to a slight devolutionary change to The EU. 


The primary (leading) energy-patterning changes in evolution is constructive, but evolution also involves secondary (trailing) functural pattern destroying but nonetheless evolution-assisting changes (i.e. all possible ways in which existent energy-matter patterns can decay or cease to exist). 

From the main ÆPT perspective (an evolutionary psychophysiology type perspective primarily concerned with us humans) it appears that the phylogeny of biological energy-matter patterns has involved (has most generally considered) lifetime factors or challenges that have been

1. procreation promoting Opportunities

2. procreation preventing Threats

 (ÆPT puts a complementary emphasis on the naturally selected ('geno/phenotyping') consequences of that Opportunities and threats of SHI-type come CURSES have exerted selection pressures together.)  

On the scale of an entire universe, such as our own most clearly evolvable one, evolution can be described as starting-off as an energy-matter-pattern production resulting in a least complex but most ubiquitous possible 'functural' pattern followed by the emergence of successively less ubiquitous but increasingly complex energy-matter patterns.

There can be little doubt that this evolutionary trend eventually grinds to a complete halt and 'devolutionary decay' wins out in the end.