Refining the definition of Te through Model B2

On both the MBTI and Socionics communities, most descriptions of Te are centered on its practical aspect, that of how to make things work, in particular designing optimal plans to maximize efficiency. As I already mentioned in my last post, I view the realm of plan design as falling under the domain of Sensing, that which relates directly to the real, objective world. As such, I believe that, while appropriate in most occasions for the LSE, this approach might turn problematic in understanding LIEs. My proposal for Te is that it checks how well adjusted anything is to the situation, rather than how much logical sense it makes by itself, whether practically (S+) or conceptually (N-). Thus, it always takes a frame of reference in regards to which everything should be judged, thus we might say that, as opposed to Ti, its judgements are situational; universal validity is not a concern when using Te.

In a similar manner to the way I adjusted the definition of Si throug the Sensing elements of Model B2 and what they have in common, this time I am going to find the similarities between both Accurate elements (S+ and N-) to find how the Model B2 view of this axis would translate into Te. However, this time I'm going to stress the differences between them to make it clearer how a LIE might look different from a Model A interpretation of this short-sighted idea of Te, as unlike Si, it's not that definitions are unfit generally, but rather biased towards LSEs. Also, rather than the Gulenko sub-elements I used last time, this exercise requires my own set of sub-elements, which I defined in the same post cited last time.

Proper to the LSE is Ae+: building workable projects that take account of setbacks. They mix this concern with optimality with the waterproofing aspect of S+, and thus they will apply their skill in thinking how the actual process will look like, always thinking first about all the problems that might arise and then deciding what would work best in avoiding those specific situations or dealing with them once they arise. Thus, their focus on efficiency proceeds from their Sensing disposition, and even here I would argue there is more nuance than in most mainstream definitions, as there's also the component of taking a panoramic view of the available outcomes and their feasibility, rather than some general sense of doing more with less.

As for LIEs, the sub element in question is Ae-: prioritizing ideas according to how applicable they are in the moment. This time, the object of study is not a practical endeavor, but rather an abstract framework on how to view the world. To LIEs, a theory is only useful insofar as it serves to better understand certain specific phenomena, rather than how it relates to other perspectives and provides a better holistic comprehension of the world around them. Unlike LSEs, LIEs have Chimeric S+, and despite being fascinated by how to optimize every detail to the environment, they will seldom understand how to achieve anything approaching that, for the same reason that a LSE would fail at pointing out why a given theory is not an accurate representation of reality. This makes LIEs fit better within the Reasercher club, which seldom has original insights within the practical world. To be useful, science needs to point towards the real world and provide satisfying approximations of how it would apply in the real world.

One reason I suggest for this mismatch is that Accuracy does not value abstraction by itself, as there is always the risk of the map taking over the terrain and obscuring our observations. The role of Te, then, is to constrain the impact of logical systems, only accepting what has fulfilled reasonable standards of adjustment to reality, whether that amounts to rejecting S- structures that limit future possibilities, or N+ paradigms that constrain our worldview.

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