LA INTERPRETACIÓN COMO PRÁCTICA TEXTUAL: ENTRE SEMIÓTICA Y PSICOANÁLISIS

Aunque Umberto Eco se ocupara de explicar la evolución experimentada por la práctica de la interpretación en el ámbito general de los estudios semióticos, distinguiendo tres modalidades de intenciones (operis, auctoris, lectoris) que agotarían cualquier posibilidad de relación con el texto, y distinguiendo también entre una interpretación semiósica (relativa al significado) y otra semiótica (relativa a las reglas que la hacen posible), creemos necesario revisar algunas cuestiones para aclarar el sentido de un término que ha generado numerosas polémicas entre los analistas de textos literarios y/o artísticos. En concreto, aquellas que afectan a los puntos de conexión entre semiótica y psicoanálisis, cuya aportación ha sido decisiva para animar los procesos de lectura y repensar la relación entre enunciado y enunciación, llevando a algunos semiólogos a reivindicar el manejo de nociones freudianas y lacanianas que otros procuran evitar, al menos en su forma de interrogar cierta clase de producciones. Abstract: Although Umberto Eco was in charge of explaining the evolution experienced by the practice of interpretation in the general field of Semiotic studies, distinguishing three modes of intentions (operis, auctoris, lectoris) that would exhaust any possibility of relationship with the text, and also distinguishing between a Semiosic interpretation (related to meaning) and another Semiotic (related to the rules that make it possible), we believe it is necessary to review several questions to clarify the meaning of a term that has generated controversies among analysts. Specifically, those that affect the points of connection between Semiotics and Psychoanalysis, whose contribution has been decisive in animating the reading processes and rethinking the relationship between statement and enunciation, leading some semiologists to claim the handling of Freudian and Lacanian notions that others try to avoid, at least in their way of questioning certain kind of productions.

Plexcitonic strong coupling: unique features, applications, and challenges

There are, recently, remarkable achievements in turning light-matter interactions into strong coupling quantum regime. In particular, room temperature plexcitonic strong coupling in plasmon-exciton hybrid systems can bring promising benefits for fundamental and applied physics. Herein we will review theoretical insights and recent experimental achievements in plexcitonic strong coupling and divide this review into two main parts. The first part will briefly introduce the general field of strong coupling, including its origin and history, physical mechanisms and theoretical models, as well as recent advanced applications of strong coupling, such as the quantum or biochemical devices enabled by optical strong coupling. The second part will zoom in and concentrate on plexcitonic strong coupling by introducing its unique features and new potentials (such as single-particle ultrastrong coupling, strong coupling dynamics in femtosecond scale) and discussing the limitations and challenges of plexcitonic strong coupling, which will also be accompanied by potential solutions such as the microcavity-engineered plexcitonics, spectral hold burning effects, and metamaterial-based strong coupling. Finally, we will summarize and conclude this review, highlighting the future research directions and promising applications.

Revisiting cosmologies in teleparallelism

We discuss the most general field equations for cosmological spacetimes for theories of gravity based on non-linear extensions of the non-metricity scalar and the torsion scalar. Our approach is based on a systematic symmetry-reduction of the metric-affine geometry which underlies these theories. While for the simplest conceivable case the connection disappears from the field equations and one obtains the Friedmann equations of General Relativity, we show that in $f(\mathbb{Q})$ cosmology the connection generically modifies the metric field equations and that some of the connection components become dynamical. We show that $f(\mathbb{Q})$ cosmology contains the exact General Relativity solutions and also exact solutions which go beyond. In $f(\mathbb{T})$~cosmology, however, the connection is completely fixed and not dynamical.

Linguistics and Deception Detection (DD): A Work in Progress

Linguistic Deception Detection DD is a well-established part of forensic linguistics and an area that continues to attract attention on the part of researchers, self-styled experts, and the public at large. In this article, the various approaches to DD within the general field of linguistics are examined. The basic method is to treat language as a form of behaviour and to equate marked linguistic behaviour with other marked forms of behaviour. Such a comparison has been identified in other fields such as psychology and kinesics as being associated with stress linked to the attempt to deceive, typically in such contexts as examined here. Representative authentic examples of some of the most common linguistic indicators of deception that have been identified are discussed, dividing them into two general categories which we here introduce: language as revealer and language as concealer. We will argue that linguistic analysis for DD should be conducted relative to the subject’s individual linguistic patterns of behaviour, not on absolutes related to broad generalisations about what is supposedly normal or unmarked in the population at large. We will also briefly discuss some structured methods for linguistic analysis for DD and the prospect that technology and artificial intelligence will provide the means to automate and digitalise the linguistic DD process. We maintain that caution is advisable when considering these, as DD will, in all probability, always remain a work in progress, with the need for a flexible human evaluator ready to take into account many different aspects of the individual subject and the case in question.

Batalin-Vilkovisky formality for Chern-Simons theory

We prove that the differential graded Lie algebra of functionals associated to the Chern-Simons theory of a semisimple Lie algebra is homotopy abelian. For a general field theory, we show that the variational complex in the Batalin-Vilkovisky formalism is a differential graded Lie algebra.

The General Financial Education in China: Evidence From Ratio of Undergraduate Financial Education Majors in Universities

Since the development of electronic money, the complex financial situation has raised the importance of financial education. This study focuses on universities' undergraduate financial field education coverage, which helps estimate citizens' overall financial knowledge situation for most undergraduate universities, focusing on learning the general field knowledge that is similar to primary financial thought. The study shows a low concentration of financial education majors among universities; even though the available number of majors in all universities is low, the coverage rate of financial education majors towards universities is higher than initially thought. The results point out specific majors that are worth investing in accumulating financial education in China.

Microscopy, Working and Types

Microscopy is a technique for making very small things visible to the unaided eye. An instrument used to make the small things visible to the naked (unaided) eye is called a microscope. Scanning electron microscopy is discussed in light of its principles, advantages, and applications. Comparisons of this system are made with the light microscopic and transmission electron systems. A cross section of pertinent literature on the scanning electron microscope, its development and use, has been integrated into the initial sections to provide a reference base for this general field. A detailed literature view on the use of this system in the field of wood science has also been included.

Explanation in Constraint Satisfaction: A Survey

Much of the focus on explanation in the field of artificial intelligence has focused on machine learning methods and, in particular, concepts produced by advanced methods such as neural networks and deep learning. However, there has been a long history of explanation generation in the general field of constraint satisfaction, one of the AI's most ubiquitous subfields. In this paper we survey the major seminal papers on the explanation and constraints, as well as some more recent works. The survey sets out to unify many disparate lines of work in areas such as model-based diagnosis, constraint programming, Boolean satisfiability, truth maintenance systems, quantified logics, and related areas.

The evolution of energy requirements of smartphones based on user behaviour and implications of the COVID-19 era

Smartphones have evolved to become frequent companions to humans. The common problem shared by Android users of smartphones was, and continues to be, about saving their batteries and preventing the need to use any recharging tools. A significant number of studies have been performed in the general field of "saving energy in smartphones". During a state of global lockdown, the use of smartphone devices has skyrocketed, and many governments have implemented location-tracking applications for their citizens as means of ensuring that the imposed governmental restrictions are being adhered to. Since smartphones are battery-powered, the opportunity to conserve electricity and ensure that the handset does not have to be charged so much or that it does not die and impede location-tracking during this period of crisis is of vital significance, impacting not only the reliability of tracking, but also the usability of the mobile itself. While there are methods to reduce the battery’s drain from mobile app use, they are not fully utilized by users. Simultaneously, the following the manuscript demonstrates the growing prevalence of mobile applications in daily lives, as well as the disproportionally increasing phone functionality, which results in the creation of a dependency towards smartphone use and the need of energy to recharge and operate theses smartphones.

The International Development of Open Access Publishing: A Comparative Empirical Analysis Over Seven World Regions and Nine Academic Disciplines

This paper offers a cross-country and cross-disciplinary analysis of the development of open access publishing from 2000 to 2019. Through an analysis of seven world regions and nine scholarly fields, we found that, while the overall share of open access journals has increased significantly over the last two decades, there are important differences across both the analyzed world regions and disciplines. We also found that, with the exception of neuroscience, the proportion of open access journals is considerably lower among the journals ranked in the Q1 quartile of Scopus than in the general field. We also offer a model that explains the development of open access publishing trends on different disciplinary and geographical levels.