In this article, the author provides a brief introduction to a completely new theory in Semantics, Operational Semantics (OS), which concerns the meaning of the basic linguistic elements that are indispensable for any linguistic expression, i.e., the fundamental “grammatical” words and morphemes. Even if in the text there is no explicit reference to constructivism, OS could be relevant for constructivist approaches, since its fundamental presupposition is that the meanings of these linguistic elements are mainly sequences of elemental mental operations (amongst which those of attention play a key role) that are actively carried out by the subject.

Context: The constructivist approach to the definition (or analysis) of the fundamental meanings of language in Ernst von Glasersfeld’s work. Problem: Has this approach achieved better results than other approaches? Method: Review of a book chapter by von Glasersfeld that is devoted to the analysis of the concepts of “unity,” “plurality” and “number.” Results: The constructivist approach to the semantics of the fundamental elements of language (some of which are fundamental for sciences too) seems to have produced positive results; moreover these are in a field where other approaches have produced results that do not objectively seem satisfactory.

Key words: semantics, numbers, mental operations, attention, language

Models of cognition and language currently in use as frameworks for computer applications present a clear disequilibrium: they neglect productive mental activities, as for instance synthesis, and over-estimate receptive ones, as analysis. The paper focuses on the Kantian concept of object-synthesis as a basic mental mechanism and underlines its importance for an equilibrated model of cognitive processing. Integration of the Kantian approach with Ceccato’s model of mental operations could allow to implement synthetic operations in computer applications. A syntactic parser (von Glasersfeld and Pisani, 1970) which implements Ceccato’s approach to cognition, semantics and linguistics is reproposed to the attention of AI researchers: it could be used as a basis for a modern implementation of object-synthesis in knowledge representation and natural language processing.

Purpose: At Silvio Ceccato’s suggestion, I invited Ernst von Glasersfeld to the “Séminaire Leibniz” which took place in Brussels, in February 1961. The paper he delivered then, Operational Semantics: Analysis of Meaning in Terms of Operations, was included in a Euratom internal report and is published here for the first time. Conclusion: These early works clearly show von Glasersfeld’s methodological and philosophical coherence as well as his faithfulness to Ceccato’s endeavour.

Key words: linguistic, machine translation, Italian Operational School, Ernst von Glasersfeld

This paper summarizes recent attempts by this author to create a transdisciplinary, non-Cartesian and non-reductionistic framework for information studies in natural, social, and technological systems. To confront, in a scientific way, the problems of modern information technology where phenomenological man is dealing with socially constructed texts in algorithmically based digital bit-machines we need a theoretical framework spanning from physics over biology and technological design to phenomenological and social production of signification and meaning. I am working with such pragmatic theories as second order cybernetics (coupled with autopolesis theory), Lakoffs biologically oriented cognitive semantics, Peirce’s triadic semiotics, and Wittgenstein’s pragmatic language game theory. A coherent synthesis of these theories is what the cybersemiotic framework attempts to accomplish.

Key words: cybersemiotics, information science, second order cybernetics, autopoiesis, triadic sign

In the context of the question of the emergence of mind in evolution the present paper argues that the concept of linguistic motivation, through the theory of embodiment in cognitive semantics, can be connected with the concept of motivation in ethology. This connection is established through Lakoff and Johnson’s embodied cognitive semantics on the one hand and on the other hand through the theory of biosemiotics. The biosemiotics used is based on C. S. Peirce´s semiotics and the work of J. von Uexkull. Motivation will in this context be understood as a decisive factor in determining which kind of interpretant a living system constructs when perturbed by a significant disturbance in its signification sphere. From this basis the concept of sign stimuli in Ethology, based on the concept of innate release response mechanism (IRM,) is paralleled with the concept of embodied metaphorical categorization based on the concept of idealized cognitive models (ICM). It is realized that we are dealing with motivation on two different levels, that of the linguistic and that of the perceptual-behavioral level. The connection is made through pragmatic language and sign theory viewing language as getting its meaning through language games integrated in cultural life forms and animals signs to get their meaning through sign games and natural life forms. Further connection is made through the common insight of the significant role of embodiment to create signification through the construction of a signification sphere. The later concept is a Peircian biosemiotic conceptualization of von Uexkull’s orginal Umwelt concept.

Excerpt: I want to show how important Uexküll’s Umwelt idea was for Konrad Lorenz ethology, how Maturana and Varela’s autopoietic concept of cognitive domain is an attempt to give a modern second order cybernetic and functionalistic development of important aspects of Uexküll’s idea with its biological theory of the observer in a general system’s evolutionary framework. Interestingly, Luhmann extended this theory into the social and linguistic domain, making it the foundation of a general theory of communication and cognition. But even this cybernetics theory of the living system’s cognition and communication do not have a true phenomenological theory of signification/semantics, which was immanent in Uexküll’s concept. Hence I work to unite second order cybernetics with Peirce’s pragmaticist semiotics within the area of biosemiotics, combining them with Wittgenstein’s language game theory and Lakoff s cognitive semantics in order to make a new transdisciplinary framework for information, cognitive, and communication sciences. I call this new framework Cybersemiotics.

This article addresses the problem of the differentiation of a law system, based on a systemic analysis of the process in Chile. Since this is a reflection of a more formal character, many of the conditions discussed here may be found in other Latin American countries, even though the analysis is exemplified by the Chilean case. The article presents the central concepts of the theory of differentiation, discusses the problem of the autonomy of law as a condition of differentiation and presents trends, problems and semantics of the process in Chile. The article concludes with reflections on Latin America. Relevance: The article analyses the path of social differentiation of the legal system in Chile from the perspective of Niklas Luhmann’s social systems theory.

This chapter outlines a broad theory of sign use in natural and artificial systems that was developed over several decades within the context of theoretical biology, cybernetics, systems theory, biosemiotics, and neuroscience. Different conceptions of semiosis and information in nature are considered. General functional properties of and operations on signs, including measurement, computation, and sign-directed actions are described. A taxonomy of semiotic systems is built up from combinations of these operations. The respective functional organizations and informational capabilities of formal systems and computempiral-predictive scientific models, percept-action systems, purposive goal-seeking systems, and self-constructing systems are discussed. Semiotic relations are considered in terms of Morrisean semiotic triad of syntactics, semantics, and pragmatics. Analysis of statetransition structure is used to demarcate functional boundaries, such as epistemic and control cuts. Capabilities for open-ended behavior, combinatoric and emergent creativity, and umwelt expansion are taken up. Finally, basic problems of neurosemiotics, neural coding, and neurophenomenology are outlined.

Key words: Semiotics, biosemiotics, cybernetics, theoretical biology, adaptive systems, scientific models, purposive systems, theoretical neuroscience, functional neuroscience, neurosemiotics, neurophenomenology, neural coding, temporal coding, emergence, creativity

The specificity of human knowledge allow one to construct specific truths about human behavior. A structural notation and language for describing a complex hierarchically organized biological system was developed for the explicit purpose of analyzing the origins of health and disease. A specific application of these concepts to a specific patient (such as an individual suffering from the heritable disease, sickle cell anemia) requires a systematic formulation of a scientific truth. No universal law is applicable. The value of a clinical truth for the patient, as well as for the physician and society, is substantial. This value has moral, ethical, and legal weight. Both physics and chemistry use a universal external invariant reference system. Human beings and other living organisms function by an internal reference system that is neither invariant nor universal. In order to address the complexity of scientific truths within living systems, a mathematical graph is constructed from observations, descriptions, and symbolizations of the relevant human scientific activities and is placed in mutual coreference with three philosophical theories of truth. Consistency within the referencing relations of the graphic object creates an image of complex truths. When mapped over degrees of internal organization, the structural consistencies can form hierarchically transitive relations (many-to-one) creating redundancies that confirm one-another. Both structural and dynamic information can be composed within the graphic framework. The redundancies intrinsic to the degrees of organization notation, semantics, and syntax augment one another in the search for scientific truth. The degree of certitude emerging from structural implications increases in relation to the number of hierarchical degrees of organization invoked to represent the various behaviors of complex systems (as illustrated by the sickle cell anemia example). The successful synthesis of the complex image (or complex simple) of a scientific truth approaches the Heideggerian notion of identity in the sense that A = A and A is A.