#7 Global consciousness correlates with behaviour::situational framing

In the terminology of GOLEM theory (GT), there are two channels (INCH and OUCH) in each GOLEM, local and global. This definition is implicitly fractal (see Figure 7), meaning that the entire right hemisphere is itself a global INCH, and the entire left hemisphere is a global OUCH. 

The input channel (INCH) is the ascending heterarchy built by the accumulation of meaning- it is a semantic 'integral' in the meta-mathematical sense. But this semantic integration is a result of interpreting behavioural observations (of self as well as of others)- it integrates multiple subject::behaviour::situation tuples. Each combination of a subject's behaviour in a given situation corresponds to one of its goals. The class of all such goals represents its purpose, a specific super-class of meanings. 

The output channel (OUCH) is the descending heterarchy built by the differentiation of meaning- it is a semantic 'derivative' in the meta-mathematical sense. But this semantic derivation is a result of generating behavioural options (of self as well as of others)- it differentiates the multivariate semantic function, producing content (a behavioural plan) from context (a subject::situation tuple). Each combination of a subject's knowledge state in a given situation corresponds to one of its potential behaviours. The class of all such behaviours represents its knowledge base, a specific super-class of messages. 

The core data structure in both channels is the substrate agnostic heterarchy (hierarchy of hierarchies). INCH: As infants grow into adults, observations (of self-and-other behaviour) develops into a sense of secure curiousity by a process of 'attentional dancing'.  OUCH: As infants grow into adults, expectations (= outcome-driven predictions) develops into a desire for differentiation, using the process of 'motor babbling'.

Figure 7a. The diagram above demonstrates the conceptual development from (i) the basic idea of a heterarchy (ii) duplex arrangement of local input and output heterarchies, mimicking the biological reality of a single cerebral hemisphere (iii) the fractal duplex arrangement of left and right hemispheres (iv) 2 channels by 3 types of subject-oriented computation