top of page
The Radical New Reality of Systems Science

Our Next
World View
Next Worldview Identity
Agency and The 'Selves of Complex Adaptive Systems'
Becoming the 'Pluralistic Self Consciousness'​ of Emergent Agency
​
​
- To 'identify' a thing is to determine its specificity, to represent 'what it is the same as' versus 'what it is not'
- That requires differentiation of traits, boundaries, and behaviors as similar or dissimilar in relation to 'otherness'
- An entity is necessarily specified in relation or non-relation to other entities and categories of their properties
- From a systems science perspective, that means differentiating one relational network, or system, from others
- by first differentiating the internal relational field of one entity, then that from those of other entities
- But, what 'does the identification?'
- ​
- ​
- ​Identification thus requires selection among options -- a system capacity to distinguish boundaries or traits
- By some means, a system network must differentiate 'this from that,' or 'me from other'
- But 'what does the identification?'
- ​​
- correlating sense of self with sense of enviroment/others for adaptive survival -- inherent internal and external conflict/optionsrequiring agentic deliberation
- con vs un con agentic identifiucatioin
- ​
-
Yet, given that all phenomena are, in some sense, composed as networked elements, these are 'pluralistic entities'
-
A rock is identifiable as a certain set of physically networked traits and associated properties,
-
an animal is that plus the differentiated traits of its emergent self-ordering and agentic self-assertion
-
Thus, the 'sameness' of identity is an intrinsically diversified, even 'conflicted' network of 'likeness and non-likeness'
-
but what is 'doing' this detection and discrimination of data among networks of relational fields?
- To overtly differentiate, much less represent, identification requires selective agency to assess, compare, and contrast
- Specifying identity is a selective 'agentic act' performed as discriminations among and between relational fields​
- ​For a system to 'self-assert' it must somehow differentiate its 'self' from its environment and other entities
- Complex adaptive systems differentiate 'self from others' and 'others from others' at least at some rudimentary level
- The purposeful self-assertion of such systems depends on 'identifying' 'self from not self,' if only in some reflexive way
- a plant must detect the boundaries of its system from other systems so as to act in ways that promote its existence
- Similarly, it must differentiate chemical compounds and types of insects so as to respond adaptively to these
- ​
- Identifying self from other then others from others​​
- In animals, identification would often seem to involve differentiating types of agency or behavior
- ​
-
'Having agency' in a person means differentiating ones own agentic capacity from that of others
-
and having devloped both physical and mental capacities to 'enact' it.
- Rites of Passage are required to enable inclusive/diverse self-identification within appropriate worldview
- ​Social systems and references for identifying status as horizontally primary hubs versus vertically dominant ones
- ​
- Notably, 'miss-identification' of either self aspects or non-self ones is potentially non-adaptive, even 'fatal'
- ​will and willingness, reflexive, reflective.
- Considering animals, identification seems to involve both reflexive and reflective differentiations
- Here, agency can be required to differentiate types of agency and their potential 'behaviors'
-
impulses.
-
​
-
Here, individuals are unique, continually emerging, mysterious expressions of nature's self-organizing impulse
- egoic function as elaborated differentiation of self from other
- ​​
- agency must identify 'its self' as having agency versus the agency of others
- thus the agency of self-identification is not entirely same as general system agency
- ​​
For more on complex systems and networks see these websites:
Systems Innovation , Complexity Labs, Complexity Explained , and
The Complexity Explorer
bottom of page