Recent proposals for human-centered AI (HCAI) help avoid the challenging task of specifying an objective for AI systems, since HCAI is designed to learn the objectives of the humans it is trying to assist. We think the move to HCAI is an important innovation but are concerned with how an instrumental, economic model of human rational agency has dominated research into HCAI. This paper brings the philosophical debate about human rational agency into the HCAI context, showing how more substantive (...) ways to understand human objectives may improve HCAI. We contrast the economic approach with two more substantive modern alternatives: the realist and constructivist approaches to human rational agency. The realist approach holds that rational agents pursue what is good, while the constructivist approach holds that rational agents make autonomous choices. We illustrate each by considering its implications for fine-tuning large language models for chatbots such as ChatGPT. (shrink)

Diagnoses of rationality often arise from the experimental investigation of human reasoning. We suggest that such diagnoses can be disputed on various grounds and provide a classification. We then argue that much fruitful research done with classical experimental paradigms was triggered by normative concerns and yet fostered insight in properly psychological terms. Our examples include the selection task, the conjunction fallacy, and so-called pseudodiagnosticity. We conclude that normative considerations retain a constructive role in the psychology of reasoning, contrary to (...) recent complaints in the literature. (shrink)

Much of cognitive science seeks to provide principled descriptions of various kinds and aspects of rational behaviour, especially in beings like us or AI simulacra of beings like us. For the most part, these investigators presuppose an unarticulated common sense appreciation of the rationality that such behaviour consists in. On those occasions when they undertake to bring the relevant norms to the surface and to give an account of that to which they owe their legitimacy, these investigators tend to (...) favour one or other of three approaches to the normativity question. They are the analyticity or truth-in-a-model approach; the pluralism approach; and the reffective equilibrium approach.All three of these approaches to the normativity question are seriously flawed, never mind that the first two have some substantial provenance among logicians and the third has enjoyed a flourishing philosophical career.Against these views, we propose a strong version of what might be called normatively immanent descriptivism. We attempt to elucidate its virtues and to deal with what appears to be its most central vulnerability, embodied in the plain fact that actual human behaviour is sometimes irrational. (shrink)

Thinkers as diverse as Kuhn and Salmon agree that should an account of scientific rationality not square with actual scientific practice, then this should be considered as a reductio ad absurdum of the proposed norms and not be taken as evidence that the history of science is in large measure irrational. While many are willing to accept the need to do justice to the history of science as a constraint on the acceptability of any candidate theory of scientific method, (...) very few are willing to use the history of science as evidence in the positive, confirming sense. However, some are; and I join them in believing that the history of science can be used as evidence for or against the various rival normative philosophies of science. That is, of the competing accounts which claim to be the scientific method , the history of science provides the sort of evidence which can lead to a choice from among them. ;This, then, is my starting point: There is a history-methodology evidential relationship. The problem to be tackled is how to characterize this relationship. Just how does what scientists have actually done support or refute an account of what scientists ought to do? This is the main quesion the thesis is devoted to answering. ;Starting from the same assumption that there is a history-methodology evidential relationship, Lakatos and Laudan have given accounts of just what the relationship is. They are critically investigated here and found wanting. ;The account which I think correct and which I defend is along these lines: That normative philosophy of science is correct which best is able to reconstruct the history of science so that it is maximally rational while maintaining a coherence with our best theories in other domains, e.g., psycho-social theories. In arguing for such an account of the history-methodology relation there are many difficulties to overcome. One is that the history of science has to be written up in order for it to be used as evidence. But such an historiography is loaded with normative concepts, so is it not the case that the testing procedure is circular? This is a problem of long standing, but it is shown that the account of testing rival methodologies that I offer will completely obviate the difficulty. This is one piece of strong evidence for my account, and others come from the fact that it overcomes the difficulties that I see in the accounts of Lakatos and Laudan. . . . UMI. (shrink)

Intelligence can be understood as a form of rationality, in the sense that an intelligent system does its best when its knowledge and resources are insufficient with respect to the problems to be solved. The traditional models of rationality typically assume some form of sufficiency of knowledge and resources, so cannot solve many theoretical and practical problems in Artificial Intelligence (AI). New models based on the Assumption of Insufficient Knowledge and Resources (AIKR) cannot be obtained by minor revisions (...) or extensions of the traditional models, and have to be established fully according to the restrictions and freedoms provided by AIKR. The practice of NARS, an AI project, shows that such new models are feasible and promising in providing a new theoretical foundation for the study of rationality, intelligence, consciousness, and mind. (shrink)

John Broome has developed an account of rationality and reasoning which gives philosophical foundations for choice theory and the psychology of rational agents. We formalize his account into a model that differs from ordinary choice-theoretic models through focusing on psychology and the reasoning process. Within that model, we ask Broome’s central question of whether reasoning can make us more rational: whether it allows us to acquire transitive preferences, consistent beliefs, non-akratic intentions, and so on. We identify three (...) structural types of rationality requirements: consistency requirements, completeness requirements, and closedness requirements. Many standard rationality requirements fall under this typology. Based on three theorems, we argue that reasoning is successful in achieving closedness requirements, but not in achieving consistency or completeness requirements. We assess how far our negative results reveal gaps in Broome's theory, or deficiencies in choice theory and behavioral economics. (shrink)

G. W. Leibniz developed a new model for rational decision-making which is suited to complicated decisions, where goods do not rule each other out, but compete with each other. In such cases the deliberator has to consider all of the goods and pick the ones that contribute most to the desired goal which in Leibniz’s system is ultimately the advancement of universal perfection. The inclinations to particular goods can be seen as vectors leading to different directions much like forces (...) in Leibniz’s dynamics. The vectorial model of rational decision-making is related to Leibniz’s work with metaphysical physics and the calculus of variations and is a heuristic tool which helps in finding reasonable combinations – in ideal cases optimums - between competing goods. By applying the model, the decision-maker can map and compare outcomes of combinations of goods in question and practice a kind of pseudo-mechanical arithmetic of reasons. A central feature of the model is the possibility to employ geometrical figures to help the conceptualization. In this paper I present the vectorial model, examine its applications in practical cases from political theory, jurisprudence and ethics Leibniz presented, and compare the model to recent theories of acting under uncertainty, such as bounded rationality and optimizing under constraints. (shrink)

The roots of scientific epistemology have generally been recognized in the Greeks, Aristotle and Euclid,—the former representing an empiricist trend whereas the latter representing a rationalist trend. Very little is known about classical Indian scientific epistemologies which are generally considered at least two centuries earlier than Aristotle. Inspired by the Aristotelian and Euclidean models of scientific rationality, various new models have flourished in contemporary Western thought, the prominent ones being the logical-empiricist-inductivist model (Reichenbach), the hypothet-ico-deductivist-falsificationist model (Popper), (...) conventionalist-rationalist model (Pioncaré, Duhem), dialectical-historicist model (Kuhn), and rationalist-historicist model (Lakatos, Feyerabend). While the researches in and debates about these models are still going on, it may be profitable to examine the models of scientific rationality that are presupposed in the most prominent classical Indian sciences such as Yoga, Vyākarana, Jyotisa Siddhānt, and Ayurvijñan. All these sciences have enjoyed an uninterrupted continuity ever since their origin although their evolution has suffered generally after 1200 A.D. (save Yoga) due to cultural-historical vicissitudes. (shrink)

This book explores a new approach to understanding the human mind - rational analysis - that regards thinking as a facility adapted to the structure of the world. This approach is most closely associated with the work of John R Anderson, who published the original book on rational analysis in 1990. Since then, a great deal of work has been carried out in a number of laboratories around the world, and the aim of this book is to bring this work (...) together for the benefit of the general psychological audience. The book contains chapters by some of the world's leading researchers in memory, categorisation, reasoning, and search, who show how the power of rational analysis can be applied to the central question of how humans think. It will be of interest to students and researchers in cognitive psychology, cognitive science, and animal behaviour. (shrink)

Decisions concerning proof of facts in criminal law must be rational because of what is at stake, but the decision‐making process must also be cognitively feasible because of cognitive limitations, and it must obey the relevant legal–procedural constraints. In this topic three approaches to rational reasoning about evidence in criminal law are compared in light of these demands: arguments, probabilities, and scenarios. This is done in six case studies in which different authors analyze a manslaughter case from different theoretical perspectives, (...) plus four commentaries on these case studies. The aim of this topic is to obtain more insight into how the different approaches can be applied in a legal context. This will advance the discussion on rational reasoning about evidence in law and will contribute more widely to cognitive science on a number of topics, including the value of probabilistic accounts of cognition and the problem of dealing with cognitive biases in reasoning under uncertainty in practical contexts. (shrink)

Leibniz frequently argued that reasons are to be weighed against each other as in a pair of scales, as Professor Marcelo Dascal has shown in his article "The Balance of Reason." In this kind of weighing it is not necessary to reach demonstrative certainty – one need only judge whether the reasons weigh more on behalf of one or the other option However, a different kind of account about rational decision-making can be found in some of Leibniz's writings. In his (...) article "Was Leibniz's Deity an Akrates?" Professor Jaakko Hintikka has argued that Leibniz developed a new vectorial model for rational decisions which is better suited to complicated decisions, where values are complementary to each other. This model, related closely to his work in metaphysics and the philosophy of mind, is a heuristic device which helps in finding rational combinations - and in an ideal case an optimum - between plural inclinations to the good. I shall argue that Leibniz applies more or less implicitly both of these models in his practical rationality. In simple situations he applied the pair of scales model and in more complicated situations he applied the vectorial model. (shrink)

Pathologies of Rational Choice Theory: A Critique of Applications on Political Science, Donald P. Green and Ian ShapiroThe Rational Choice Controversy: Economic Models of Politics Reconsidered. Jeffrey Friedman.

[Correction Notice: An erratum for this article was reported in Vol 109 of Psychological Review. Due to circumstances that were beyond the control of the authors, the studies reported in "Models of Ecological Rationality: The Recognition Heuristic," by Daniel G. Goldstein and Gerd Gigerenzer overlap with studies reported in "The Recognition Heuristic: How Ignorance Makes Us Smart," by the same authors and with studies reported in "Inference From Ignorance: The Recognition Heuristic". In addition, Figure 3 in the Psychological Review (...) article was originally published in the book chapter and should have carried a note saying that it was used by permission of Oxford University Press.] One view of heuristics is that they are imperfect versions of optimal statistical procedures considered too complicated for ordinary minds to carry out. In contrast, the authors consider heuristics to be adaptive strategies that evolved in tandem with fundamental psychological mechanisms. The recognition heuristic, arguably the most frugal of all heuristics, makes inferences from patterns of missing knowledge. This heuristic exploits a fundamental adaptation of many organisms: the vast, sensitive, and reliable capacity for recognition. The authors specify the conditions under which the recognition heuristic is successful and when it leads to the counter-intuitive less-is-more effect in which less knowledge is better than more for making accurate inferences. (shrink)

Mitchell et al. argue that conditioning phenomena may be better explained by high-level, rational processes, rather than by non-cognitive associative mechanisms. This commentary argues that this viewpoint is compatible with neuroscientific data, may extend to nonhuman animals, and casts computational models of reinforcement learning in a new light.

This work contrasts the formalist approach to defining explanation in science, exemplified in the Deductive-Nomenological Model of Carl G. Hempel, with the contextualist approach of Thomas Kuhn. It is argued that both of these attempts to define the explanatory processes of science are inadequate. A connection is made between the view of rationality upon which each view is based and the way that it defines explanation. It is argued that a process of thought, which scientific explanation represents, is (...) considered rational by these thinkers only if it meets the criteria of constraint under a rule, distance from subjective considerations and instrumental connection of method and goal. Given this strong definition of rationality, explanation is defined by both Kuhn and Hempel as thought within the constraint of a theory or a theoretical paradigm. Under this construal, explanation is separated as a process from theory invention which both thinkers hold to involve primarily non-cognitive criteria of choice. It is argued in this work that such a view contradicts the actual practice of science where theory invention seems to be primarily a process of rational explaining. ;A detailed historical case of an attempt to explain organic morphogenesis is given. It centers on the theory of generation of Pierre Louis Moreau de Maupertuis, an 18th Century scientific thinker. This case is meant to illustrate the kinds of cognitive interest and strategies of invention that go into dealing with an explanatory problem in science. ;Finally some general programmatic conclusions are made relating the foregoing arguments and the case, to the need to explore the nature of scientific explanation in the domain of theory invention where the reasoning processes seem to involve analogical reasoning and critical metaphysical thought. (shrink)

A longstanding interpretive issue concerning Chapter IV of the Phenomenology of Spirit is how to understand the singularly difficult discussion of the role of life in the development of self‐consciousness. Some readers hold that self‐consciousness consists in the recognition of one's independence from the demands of life, while others have argued that self‐consciousness is both life and more than life at once. This paper rejects these readings and contributes to the ongoing discussion surrounding “additive” versus “transformative” models of rationality (...) by arguing that Hegel develops a third way in Chapter IV, what I call the constitutive model of rationality (CMR). I argue that the master–slave dialectic in Chapter IV vindicates the CMR by attempting to deny it. On my reading, Hegel shows that organic desire in creatures like us cannot be satisfied as such in the absence of the reciprocal recognition of the rationality of desire. (shrink)

I argue that Kant acknowledges two models of spontaneous self-determination that rational beings are capable of. The first model involves absolute unconditional necessity and excludes any form of contingency. The second model involves (albeit not as a matter of definition) a form of contingency which entails alternative possibilities for determining oneself. The first model would be exhibited by a divine being; the second model is exhibited by human beings. Human beings do, however, partake in the divine (...) model up to an extent, namely, as far as the legislative spontaneity of their law-giving faculties are concerned. I conclude by suggesting that for Kant, the mechanistic principle that we are exclusively determined by natural causes poses a twofold threat for human agency. In one respect (in relation to the second model), it threatens us with the obliteration of contingency, or with the universality of hypothetical necessity. But in another respect (in relation to the first model), it threatens us (and our putative "laws") with the obliteration of absolute necessity, or with the universality of contingency. (shrink)

Throughout more than two millennia philosophers adhered massively to ideal standards of scientific rationality going back ultimately to Aristotle’s Analytica posteriora . These standards got progressively shaped by and adapted to new scientific needs and tendencies. Nevertheless, a core of conditions capturing the fundamentals of what a proper science should look like remained remarkably constant all along. Call this cluster of conditions the Classical Model of Science . In this paper we will do two things. First of all, (...) we will propose a general and systematized account of the Classical Model of Science. Secondly, we will offer an analysis of the philosophical significance of this model at different historical junctures by giving an overview of the connections it has had with a number of important topics. The latter include the analytic-synthetic distinction, the axiomatic method, the hierarchical order of sciences and the status of logic as a science. Our claim is that particularly fruitful insights are gained by seeing themes such as these against the background of the Classical Model of Science. In an appendix we deal with the historiographical background of this model by considering the systematizations of Aristotle’s theory of science offered by Heinrich Scholz, and in his footsteps by Evert W. Beth. (shrink)

I argue that Kant acknowledges two models of spontaneous self-determination that rational beings are capable of. The first model involves absolute unconditional necessity and excludes any form of contingency. The second model involves (albeit not as a matter of definition) a form of contingency which entails alternative possibilities for determining oneself. The first model would be exhibited by a divine being; the second model is exhibited by human beings. Human beings do, however, partake in the divine (...) model up to an extent, namely, as far as the legislative spontaneity of their law-giving faculties are concerned. I conclude by suggesting that for Kant, the mechanistic principle that we are exclusively determined by natural causes poses a twofold threat for human agency. In one respect (in relation to the second model), it threatens us with the obliteration of contingency, or with the universality of hypothetical necessity. But in another respect (in relation to the first model), it threatens us (and our putative "laws") with the obliteration of absolute necessity, or with the universality of contingency. (shrink)

Throughout more than two millennia philosophers adhered massively to ideal standards of scientific rationality going back ultimately to Aristotle’s Analytica posteriora. These standards got progressively shaped by and adapted to new scientific needs and tendencies. Nevertheless, a core of conditions capturing the fundamentals of what a proper science should look like remained remarkably constant all along. Call this cluster of conditions the Classical Model of Science. In this paper we will do two things. First of all, we will (...) propose a general and systematized account of the Classical Model of Science. Secondly, we will offer an analysis of the philosophical significance of this model at different historical junctures by giving an overview of the connections it has had with a number of important topics. The latter include the analytic-synthetic distinction, the axiomatic method, the hierarchical order of sciences and the status of logic as a science. Our claim is that particularly fruitful insights are gained by seeing themes such as these against the background of the Classical Model of Science. In an appendix we deal with the historiographical background of this model by considering the systematizations of Aristotle’s theory of science offered by Heinrich Scholz, and in his footsteps by Evert W. Beth. (shrink)

"Habermas introduces the concept of “reconstructive science” with a double purpose: to place the “general theory of society” between philosophy and social science and reestablish the rift between the “great theorization” and the “empirical research”. The model of “rational reconstructions” represents the main thread of the surveys about the “structures” of the life-world (“culture”, “society” and “personality”) and their respective “functions” (cultural reproductions, social integrations and socialization). For this propose, the dialectics between “symbolic representation” of “the structures subordinated to (...) all worlds of life” (“internal relationships”) and the “material reproduction” of the social systems in their complex (“external relationships” between social systems and environment) has to be considered. This model finds an application, above all, in the “theory of the social evolution”, starting from the reconstruction of the necessary conditions for a phylogeny of the socio-cultural-life forms (the “hominization”) until an analysis of the development of “social formations”, which Habermas subdivides into primitive, traditional, modern and contemporary formations. This paper is an attempt, primarily, to formalize the model of “reconstruction of the logic of development” of “social formations” summed up by Habermas through the differentiation between vital world and social systems (and, within them, through the “rationalization of the life-world” and the “growth in complexity of the social systems”). Secondly, it tries to offer some methodological clarifications about the “explanation of the dynamics” of “historical processes” and, in particular, about the “theoretical meaning” of the evolutional theory’s propositions. Even if the German sociologist considers that the “ex-post rational reconstructions” and “the models system/environment” cannot have a complete “historiographical application”, these certainly act as a general premise in the argumentative structure of the “historical explanation”.". (shrink)

InScience and Values (1984) and other, more recent, works, e.g. (1987a, 1987b, 1989a, 1989b, 1990), Larry Laudan proposes a theory of scientific debate he dubs the reticulated model of scientific rationality (Laudan, 1984, pp. 50–66). The model stands in sharp contrast to hierarchical approaches to rationality exemplified by Popper (1959), Hempel (1965), and Reichenbach (1938), as well as the conventionalist views of rationality defended by Carnap (1950), Popper (1959), Kuhn (1962), and Lakatos (1978). Ironically, the (...) model commits some of the same errors Laudan finds in hierarchicalist and conventionalists approaches to scientific rationality. This paper will show that the model can be fixed by recognizing that criteria of goal assessment have no privileged status. These rules are best viewed as simply rules of rationality (or rules of scientific method) by another name. (shrink)

How does God think? How, ideally, does a human mind function? Must a gap remain between these two paradigms of rationality? Such questions exercised the greatest ancient philosophers, including those featured in this book: Socrates, Plato, Aristotle, the Stoics and Plotinus. This volume encompasses a series of studies by leading scholars, revisiting key moments of ancient philosophy and highlighting the theme of human and divine rationality in both moral and cognitive psychology. It is a tribute to Professor A. (...) A. Long, and reflects multiple themes of his own work. (shrink)

The paper develops a new model of instrumental rationality: There is a general concept of instrumental rationality that has two types of instances that differ with regard to coherence and scope. The ‘primary aspect’ applies in effect only to cases where an agent has reason to do what she intends to do and corresponds to a narrow-scope requirement. The ‘secondary aspect’ applies also to cases where an agent does not have reason to do what she intends to (...) do and corresponds to a wide-scope requirement. The model has a number of significant features: (i) It enables accounts of the connections between instrumental rationality and coherence. (ii) It enables accounts of the connections between instrumental rationality and reasons. (iii) It makes it possible to explain different cases of instrumental rationality and irrationality and how they are related to one another. The model can be employed by both structure-based and reason-based views on instrumental rationality that consequently may make use of its explanatory resources. (shrink)

Humans and animals make inferences about the world under limited time and knowledge. In contrast, many models of rational inference treat the mind as a Laplacean Demon, equipped with unlimited time, knowledge, and computational might. Following H. Simon's notion of satisficing, the authors have proposed a family of algorithms based on a simple psychological mechanism: one-reason decision making. These fast and frugal algorithms violate fundamental tenets of classical rationality: They neither look up nor integrate all information. By computer simulation, (...) the authors held a competition between the satisficing "Take The Best" algorithm and various "rational" inference procedures. The Take The Best algorithm matched or outperformed all competitors in inferential speed and accuracy. This result is an existence proof that cognitive mechanisms capable of successful performance in the real world do not need to satisfy the classical norms of rational inference. (shrink)

_Pathologies of Rational Choice Theory_, a book written by Donald Green and Ian Shapiro and published in 1994, excited much controversy among political scientists and promoted a dialogue among them that was printed in a double issue of the journal Critical Review in 1995. This new book reproduces thirteen essays from the journal written by senior scholars in the field, along with an introduction by the editor of the journal, Jeffrey Friedman, and a rejoinder to the essays by Green and (...) Shapiro. The scholars—who include John Ferejohn, Morris P. Fiorina, Stanley Kelley, Jr., Robert E. Lane, Peter C. Ordeshook, Norman Schofield, and Kenneth A. Shepsle—criticize, agree with, or build on the issues raised by Green and Shapiros critique. Together the essays provide an interesting and accessible way of focusing on competing approaches to the study of politics and the social sciences. (shrink)

Though the very task of modeling God implies that the reality of God is to some degree unknowable, there are a variety of positions one may take concerning the degree to which one has epistemic access to God. If our models of God are too influenced by subjectivity, it makes no sense to test them against each other in rational competition. In this essay, I define four possible positions that may underlie the task of God-modeling: mysteriosophy, theopoetics, critical realism, and (...) fallibilism. Of these four, I propose that fallibilism is the most appropriate method for constructing models of God. Fallibilism simultaneously assumes that our models are able to refer to a divine reality, and yet always with a tentative stance, as absolute confirmation or universal consensus concerning them will almost certainly never be obtained. Models of God can engage in rational competition, but a final decision will probably be delayed indefinitely. This paper was delivered during the APA Pacific 2007 Mini-Conference on Models of God. (shrink)

Gauthier's argument for constrained maximization, presented inMorals by Agreement, is perfected by taking into account the possibility of accidental exploitation and discussing the limitations on the values of the parameters which measure the translucency of the actors. Gauthier's argument is nevertheless shown to be defective concerning the rationality of constrained maximization as a strategic choice. It can be argued that it applies only to a single actor entering a population of individuals who are themselves not rational actors but simple (...) rule-followers. A proper analysis of the strategic choice situation involving two rational actors who confront each other shows that constrained maximization as the choice of both actors can only result under very demanding assumptions. (shrink)

This is a commentary for a special issue on predictive processing and rational constructivist models of development. Mainly I use the opportunity to ask a bunch of questions about what these theoretical frameworks show us (and what they do not) and mostly where the open questions still are. To get meta for a moment, I thought these questions were the best way to maximize the value of my commentary: They have the highest probability of leading to the most uncertainty reduction (...) for our field in the long term. Please read in that spirit. (shrink)

That the rationality of individual people is ‘bounded’ – that is, finite in scope and representational reach, and constrained by the opportunity cost of time – cannot reasonably be controversial as an empirical matter. In this context, the paper addresses the question as to why, if economics is an empirical science, economists introduce bounds on the rationality of agents in their models only grudgingly and partially. The answer defended in the paper is that most economists are interested primarily (...) in markets and only secondarily in the dynamics of individual decisions – specifically, they are interested in these dynamics mainly insofar as they might systematically influence the most useful approaches to modeling interesting markets. In market contexts, bounds on rationality are typically generated by institutional and informational properties specific to the market in question, which arise and are sustained by structural dynamics that do not originate in or reduce to individuals' decisions or psychologic.. (shrink)

This book draws the limits of our thoughts and consciousness between the mind and mind-independent reality by using mathematical logic with the support of neurology. The author combines the Analytical and Continental traditions with each other's virtues. If Kant were alive today, he would have had to write such a book. Diagnosing the limits between immanence and transcendence of the consciousness depends on defining some transcendental a priori categories in between as some basic axioms of the mind. Although this is (...) a paradoxical attempt every philosopher falls into, the author non-paradoxically identifies these non-intentional cognitive categories by using mathematical category theory. This basic model of the mind allows us to follow the logical possibilities in between that the mind can set up in its relationship with mind-independence. In this way, the author defines the intentional categories of consciousness by using mathematical set theory and obtains a self-representational higher-order theory of consciousness (SHOT). Finally, he combines the intentional and non-intentional categories with an algebraic topography and obtains a model of the mind. The architectural structure of the mind is the problematic skeleton of philosophy with all its sub-branches as a human aura that can be traced throughout the six Cartesian meditations. The philosophical anthropology depicted eventually emerged as a purely naturalistic, shamanic prototype metaphysics radically different from the monotheistic Western tradition that began with Plato. The reasoning had started from mathematics, but unexpectedly arrived at an archaic metaphysics. This philosophical theory is called "Anthropogonia", after Hesiod's Theogonia. After Anthropogonia, logically, truth-seekers in these ancient, imperial religions must retreat from their historically constructed Platonic realist theology to their shamanic roots. The naturalist architecture of the mind requires such a naturalized doctrine and art. (shrink)

This paper presents a series of analysis of social transformations, from the standpoints of civilizations and formations. The idea of multiple models of development of civilization is exposed. The fundamental values underscoring the traditional and technogenic models are presented. The contemporary crises are studied in its link to globalization. It is argued that, in order to overcome these crises, a substantial transformation of the values of the techngenic civilisation is needed. The upraising values in the spheres of religion, politics, law (...) and scientific rationality are seen as a first step towards a new model of development of our civilization. (shrink)

The essay investigates the possibility of a closer connection of Husserlian phenomenology and that tradition in semiotics of art which originates mainly withSchelling and Goethe. The affinity between semiotically approached tropology and phenomenology is supported if a symbol is conceived not only as an analogy of the designated, but also as its direct grasping. This grasping shows some features of rational contemplation as understood by phenomenology. Modelling symbol as a synthetic trope enables us to proceed to the model of (...) an "artistic situation" as a square generated by a decomposition of the triangle of reference. The complexity of the processes within the "square" results from a fusion of the effects of the linear, natural circuit and the feedback, culturally historical circuit. (shrink)

We continue the study of the theories of Baldwin–Shi hypergraphs from [5]. Restricting our attention to when the rank δ is rational valued, we show that each countable model of the theory of a given Baldwin–Shi hypergraph is isomorphic to a generic structure built from some suitable subclass of the original class used in the construction. We introduce a notion of dimension for a model and show that there is a an elementary chain $\left\{ {\mathfrak{M}_\beta :\beta \leqslant \omega (...) } \right\}$ of countable models of the theory of a fixed Baldwin–Shi hypergraph with $\mathfrak{M}_\beta \preccurlyeq \mathfrak{M}_\gamma $ if and only if the dimension of $\mathfrak{M}_\beta $ is at most the dimension of $\mathfrak{M}_\gamma $ and that each countable model is isomorphic to some $\mathfrak{M}_\beta $. We also study the regular types that appear in these theories and show that the dimension of a model is determined by a particular regular type. Further, drawing on a large body of work, we use these structures to give an example of a pseudofinite, ω-stable theory with a nonlocally modular regular type, answering a question of Pillay in [11]. (shrink)