El misterioso factor "tiempo" en lógica y mundo computacional del futuro. / The mysterious "time" factor in logic and computational world of the future.
Este breve artículo académico trata la problemática que lleva consigo la noción TIEMPO cuando se ven a futuro asuntos como las lógicas, el juego de probabilidades (virtualidades) y el mundo computacional... ¡Es fascinante!
This short academic article deals with the problems that the notion of TIME carries with it when matters such as logic, the game of probabilities (virtualities) and the computational world are seen in the future ... It is fascinating!
In the midst of science, we have no qualms about seeing with underestimation those who use the word "logic" to anything that has some order, without that thing with a smell of order becoming a model of order capable of to function as a cognitive and linguistic vehicle according to which, by taking it to the realms of reality (natural or socio-relational) and to the realms of hominity (1), it can significantly take their pulse. When a logic is functional in such a company, then its results are considered "coherent". A little later, we will refer to the latter ...
The classical epistemology of the West usually establishes two logical models. One, linked above all to the work of Aristotle; it is analytical logic. That is to say, the vision that is based on the criterion that everything is identical to itself and, therefore, cannot register a contradiction (2). The other logical model is linked above all to the works of Hegel and Marx; it is dialectical logic. That is to say, the vision that is based on the criterion that everything internally and externally registers contradiction; contradiction that makes inevitable a negation that tends to new states, to changes (3).
It must be said that the (differential) criterion of coherence that a logic possesses, although it contributes to the process of scientific research, in general is not enough (4). When it comes to, for example, sciences that assume nature or social relations, the logics and coherence criteria associated with them are very important, but not sufficient. In scientific research work of this type, the practical action of relating to the object is irreplaceable. But beyond or beyond what has been said, the logics (and their respective criteria of coherence) constitute virtuous clues, sharp veins, fine inquiries.
In some way it is necessary to call those theoretical elaborations that embody elements that are proposed to be logical through ways superior to those historically known and recognized, either in the light of specific conjunctures, or in the light of new long-term eras. Perhaps the greatest nonsense in terms of calling anything that possesses some sort of order through the signifier "logic" is that of such "fuzzy logics." We have seen such an expression (extremely unhappy) even in prestigious authors. There are epistemologists (with more modesty than those just mentioned -at least in the point we are dealing with here-) who when they are compelled to call in some way those contents that, without being logical, carry with them hints of significance, they do not doubt in using the signifier "rationalities".
We have no doubt ... The priority that the world of logic and science has today to reinvent itself lies in the renewed assumption of the elastic and assisted game of probabilities; a task for which computer technology in all its manifestations is very important. Informatics, robotics, artificial intelligence, in short, make up in the light of our days, a very important tool in the human enterprise of creating superior logics; higher logics by placing in a stellar place, the issue of probabilities. More graphically said: the issue of the game of probabilities, the issue of virtualities (in the clean sense of the word). And all this has to do to a significant degree, with the notion "time" and the signs associated with this notion (be they physical, mathematical, statistical, Greek, Latin signs, in short).
To all those European languages (or perhaps better, Indo-European) which register significant analogy (within, of course, their peculiarities), the American scholar Benjamin Lee Whorf called in 1939: SAE (Standard Average European). This engineer turned into a linguist specified that between each of the languages in common use in European countries there were structural elements shared to a very important degree, and that such a situation posed a distance with what happened with other linguistic structures used in other contexts (far apart). of the continent in reference). Sure, we know that within the context of SAEs there are differences, but the systemic bases are isomorphic, they are analogous to a significant degree. Thus, we take the signifier "SAE" as those languages of Indo-European roots and that ultimately present structural similarities worthy of considering them useful for semiological study, especially in view of the differences that they embody in relation to languages intermixed with geo- stories other than the European one.
Well. We know that in the context of SAE languages, three great tenses are conspicuous: present, past and future. We also know that when we use the subject and it becomes necessary to make certain "flights", then, even with the restricted nature of that notional trilogy on the time factor at which the language in use swallows us, we can in fact make use of everything that we call it "conditional" ... And the use of the thought pathways to which "the conditional" leads us, are certainly rich. Rich to travel through the virtual, to play with the odds ... Ah, but it happens that Bentjamón Lee Whorf himself offers us information on diamonds during an investigation they did with the Hopi tribe, at the beginning of the 20th century. It happens that the language of this minority tribe located in Arizona, contemplates a number of times greater than that contemplated by the SAE. Whorf establishes that the verbs of this "rare" linguistic structure have a very high variety of expressions and voices. Registers nine voices; namely, intransitive, transitive, reflective, passive, semi-passive, resultative, deferred passive, possessive, and cesative; likewise, nine aspects (precise, durative, segmentative, precise-segmentative, inceptive, progressive, spatial, projective and continuous).
Well ... We must conclude this meaningful article here on this great Hive platform. Not without asking ourselves ...
- Will objective reality and thought (together with language and emotionality) be of such complexity that the notions about "time" that the SAE languages we use allow us are turning out to be insufficient, deficient?
- The levels so important in computational matters that the world centers of power have achieved, in terms of virtuality, use of the game of probabilities and supreme management of the time factor, have not been associated with the achievements of minority tribes such as the Hopi, for example (without adequate and fair recognition of it)?
https://pixabay.com/es/vectors/ciego-conductor-coche-divertido-4391346/ https://pixabay.com/vectors/search/ordenador/?pagi=2& https://pixabay.com/es/illustrations/reloj-de-arena-reloj-zeitfluss-pass-3257907/ https://pixabay.com/es/photos/las-manos-mundo-mapa-global-tierra-600497/ https://pixabay.com/es/photos/pregunta-signo-de-interrogaci%c3%b3n-2736480/ https://pixabay.com/es/illustrations/reloj-de-arena-tiempo-transitoriedad-1716427/ https://pixabay.com/es/vectors/lcd-monitor-computadora-32872/
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