allcant be applied without losing formality to the system.
the ideaof something, because there is a point in time, from which we can say that it exists(the point in time, denoting its' creation). Concept involves formal systems, that hold property of infinity-generating.
definitionin context of a concept, instead of transforming framing object, should be thought off as accessing already existing element in that space.
querying functionsin common computational sense. Argument to those functions, are
Note: I mention my initial idea here, as I believe it's important to be able to see, how this idea evolved over time, what makes it easier to understand it, but also it allows reader to get the notion, of the purpose behind it, what is of superior value itself, but also, let's others to introduce suggestions, or corrections, to a final form, what is hard accomplish, when being presented a readymade formalism.
meaning providerinstead of what's commonly associated with word
interpreterbecause word interpreter, associates descriptor, with specified schema, which is specifying how the meaning is inferred. Nevertheless. You can treat each other as aliases.
contextualized descriptor, because it's a primer, to the
contextspanned along, with relevance, by value, up to its' anti-auto-morphism.
meaningof x, provided by interpreter p, into singleton concept Hilbert space, which is queryable space, common for all, meaning providers.
meaning providers. Each of them, maps sentence s, into sentences mxs and mys, which link to concepts that are associated with given descriptor(in this case sentence s) accordingly with the associated meaning.
sc, with semi-abstract distance metric ∂m, up to the degree of its formality.
∂(sc, r)? -> val
formal object, to contain errors disqualifying them entirely, from evaluation, which conditions its'
formality. While still being able to stay a perfect realizer of this concept, to another meaning provider.
semi-abstract distance metric, which this time happens to produce, all the distance metrics, which perfectly describe, all properties, of the mentioned system, as if by creating a gradient and corresponding mapping, to the annotated(labeled) relevance metric which is producing interpretable state-transition matrix, from which all information, considered relevant, can be directly interpreted.
loss-freeformal system capable of describing all ideas, which, well, they are capable of describing ... [and up to its' anti-auto-morphism].