What contribution can visual art practice bring to interdisciplinary research? And how to give an account of practice-led research that acknowledges the need for interdisciplinary intelligibility? I consider these two questions by reflecting on the methodology--which I call "critical practical analogy" (CPA)--that I have developed while investigating the metaethical implications of French philosopher Simone Weil's notion of attention, during my practice-led PhD. In order to address the first question, I consider as a case study a research art project that employs (...) CPA, and I explain how CPA proved instrumental in overcoming the impasse that I reached by purely theoretical investigation of Weil's discourse on attention and how it opened a distinctly artistic way forward in my research. In order to address the second question, I consider a problem posed by the interdisciplinary nature of my research (covering art and philosophy). I show how, through the application of CPA to the case study, I articulated an exegesis of my research that was intelligible across these two heterogeneous fields of investigation. In conclusion, I give some reasons for my hope that CPA may possess some heuristic and exegetical applicability in practice-led interdisciplinary research beyond my own research. (shrink)

This paper presents Christian Wolff’s claim that philosophy, undertaken on the basis of a proper method, cannot contradict revealed religion. The paper first provides a context of Wolff’s banishment from Halle for holding views in conflict with religious doctrines. Next, it proceeds, on the basis of Wolff’s Discursus præliminaris de philosophia in genere prefixed to his 1728 Latin Logic, to explain the principles of Wolff’s method, and to show how his conception of method enables him to disallow the possibility of (...) a genuine conflict between philosophical and religious dogmas. For Wolff, doctrinal conflicts between philosophy and revealed religion can only occur as a result of terminological disagreements, disagreements between dogmas and hypotheses, or disagreements between dogmas and theological misinterpretations. The actual conflict of dogmas, understood as religious or philosophical truths, Wolff holds to be impossible. (shrink)

In this chapter, Dino Jakušić investigates Christian Wolff's attempt at developing a scientific metaphysics. According to Wolff, in order for metaphysics (and philosophy in general) to be scientific, it must be formulated as a system of interconnected disciplines modelled after Euclidean geometry and grounded in ontology. Jakušić provides an interpretation of the way in which Wolff understands ontology as the scientific discipline that is supposed to ground metaphysics, as well as science more generally. More specifically, Jakušić focuses on Wolff's (...) attempt at identifying ontology with primary philosophy. -/- This chapter starts with an introduction of Wolff's life and works, followed by a short account of the history of the concepts “ontology”, “primary philosophy”, and “metaphysics”. The context and controversy behind Wolff's identification of the terms “ontology” and “primary philosophy” are explained. Finally, Wolff's attempt at grounding his system on ontology is interpreted by specifying four ways in which ontology, as conceived by Wolf, can be considered the primary philosophical discipline: primacy in cognition, demonstration, architectonics, and in the order of being. (shrink)

Our article seeks to demonstrate that Husserl’s approach to intersubjectivity in his First Investigation of 1901/1913 was rigorous rather than rash. To do so, it applies a combination of intentionality and whole-part logic that has been overlooked in Husserl study. It therefore starts from Husserl’s Prolegomena of 1901 to follow his normative phenomenology until it excludes knowledge of another’s consciousness, then unpacks how he does so by his “proofs” in his 1913 Third Investigation, to apply those results to his First (...) Investigation. The outcomes might demonstrate an unexpected rigour in Husserl’s early address to intersubjectivity, and even support a novel logic that considers alterity. (shrink)

This article examines Paul Guyer’s claim that we should attempt to ground the principle of religious freedom on the basis of Kant’s arguments for religious liberty. I problematise Guyer’s suggestion by investigating a hypothetical ‘dogmatic conflict’ between a scientifically and a religiously grounded belief. I further suggest that considering Christian Wolff’s philosophy might provide us with an approach which shares the benefits that Guyer identifies in Kant, while at the same time avoiding the issues Kant might run into that result (...) from the occurrence of the dogmatic conflict. I start by providing a background to Wolff’s philosophy and explaining the notion of the dogmatic conflict. Then I present a potential contemporary case of the dogmatic conflict and try to see how it would be dealt with based on Guyer’s proposal. Finally, I consider what a Wolffian solution would look like, arguing that Guyer’s project might benefit from considering Wolff. (shrink)

The paper is about the relationship between Scotus’s notion of ‘natura communis,’ for an examination of the main features that Scotus ascribes to ‘common natures’ can shed substantial light on the nature of metaphysics in itself. Some preliminary observations on historiography are also deemed to be in order.

Critical Theory: The Key Concepts introduces over 200 widely-used terms, categories and ideas drawing from new historicism, postmodernism, psychoanalysis, Marxism, narratology and other approaches. Entries range from concise definitions to longer explanatory essays and include terms such as :EgoDesireConsumptionHypertextKitschMisogynyQueer StudiesSymbolSuperstructureRaceFeaturing cross-referencing throughout, a substantial bibliography and index, this accessible and easy-to-use guide is an invaluable introduction for anyone studying critical theory.

Artificial intelligence (AI)-based digital phenotyping, including computational speech analysis, increasingly allows for the collection of diagnostically relevant information from an ever-expanding number of sources. Such information usually assesses human behaviour, which is a consequence of the nervous system, and so digital phenotyping may be particularly helpful in diagnosing neurological illnesses such as Alzheimer’s disease. As illustrated by the use of computational speech analysis of Alzheimer’s disease, however, neurological illness also introduces ethical considerations beyond commonly recognised concerns regarding machine learning and (...) data collection in everyday environments. Individuals’ decision-making capacity cannot be assumed. Understanding of analytical results will likely be limited even as the personal significance of those results is both highly sensitive and personal. In a traditional clinical evaluation, there is an opportunity to ensure that information is relayed in a way that is highly customised to the individual’s ability to understand results and make decisions, and privacy is closely protected. Can any such assurance be offered as digital phenotyping technology continues to advance? AI-supported digital phenotyping offers great promise in neurocognitive disorders such as Alzheimer’s disease, but it also poses ethical challenges. We outline some of these risks as well as strategies for risk mitigation. (shrink)

Transculturality. When Anthropology meets Psychology.

At its beginnings Humanities Computing was characterized by a primary interest in methodological issues and their epistemological background. Subsequently, Humanities Computing practice has been prevailingly driven by technological developments and the main concern has shifted from content processing to the representation in digital form of documentary sources. The Digital Humanities turn has brought more to the fore artistic and literary practice in direct digital form, as opposed to a supposedly commonplace application of computational methods to scholarly research. As an example (...) of a way back to the original motivations of applied computation in the humanities, a formal model of the interpretive process is here proposed, whose implementation may be contrived through the application of data processing procedures typical of the so called artificial adaptive systems. (shrink)

Text mining methods are examined and assessed in order to find exact sources of Pico's theses ascribed to Medieval authors in his "Conclusiones nongentae".

This thesis investigates the development of ontology as a philosophical discipline in the German philosophical tradition. It starts from what can be considered the invention of ontology and proceeds to the way it was received in the philosophy of Hegel. It is separated into two parts. The first part argues that what can be called the ‘traditional’ form of ontology is developed by Christian Wolff in his 1730 monograph Philosophia prima sive Ontologia, and it traces both the history of the (...) name ‘ontology’, as well as the history of the conception which led to Wolff’s formulation of it. The history of the name tracks the use of the concept ‘ontology’ from its first occurrence in 1606 up to Wolff. The history of the conception tracks the conceptions of various philosophical disciplines, found in thinkers such as Aristotle, Aquinas, and Spinoza, that ultimately give rise to Wolff’s conception of ontology as a science of an entity qua entity. The second part traces the development of this Wolffian conception through the philosophical systems of Kant and Hegel. The aim of this thesis is to argue that Wolff’s philosophy should be seen as the original formulation of the philosophical discipline of ontology and that the Wolffian conception of ontology is the one shared by subsequent German thinkers up to, and including, Hegel. I refer to this shared understanding of what ontology is as ‘the German ontological tradition’. The title of the thesis, The Possibility of Ontology, refers to the way in which this traditional understanding of what ontology is, is treated throughout the German ontological tradition. Specifically, Kant argues that the traditional conception is effectively impossible, while in Hegel one can find arguments that are intended to show that some aspects of this traditional discipline are in fact possible. Besides focusing on a fairly under-researched topic of the early history of ontology as a philosophical discipline, this thesis attempts to utilise its historical findings in order to provide novel ways in which the systems of the thinkers such as Kant and Hegel can be understood. There is a serious disregard for, or underplaying of, the Wolffian influence on the philosophical thought of Kant and Hegel, and it is my aim to contribute to the rectification of this situation by demonstrating the frequently overlooked dialogue these thinkers had with Wolff’s conception of ontology. (shrink)

We study possible Scott sentence complexities of linear orderings using two approaches. First, we investigate the effect of the Friedman–Stanley embedding on Scott sentence complexity and show that it only preserves $\Pi ^{\mathrm {in}}_{\alpha }$ complexities. We then take a more direct approach and exhibit linear orderings of all Scott sentence complexities except $\Sigma ^{\mathrm {in}}_{3}$ and $\Sigma ^{\mathrm {in}}_{\lambda +1}$ for $\lambda $ a limit ordinal. We show that the former cannot be the Scott sentence complexity of a linear (...) ordering. In the process we develop new techniques which appear to be helpful to calculate the Scott sentence complexities of structures. (shrink)

In Boccacio's Decameron, Cervigni sees a parodic echo of the circles of Dante's Divine Comedy, and asks whether Bocaccio envisions the voyage of the brigata as similar to Dante the Pilgrim's journey toward the center, first the abysmal center of Lucifer, then towards the highest center, God.

We study the bi-embeddability and elementary bi-embeddability relation on graphs under Borel reducibility and investigate the degree spectra realized by these relations. We first give a Borel reduction from embeddability on graphs to elementary embeddability on graphs. As a consequence we obtain that elementary bi-embeddability on graphs is a $\boldsymbol {\Sigma }^1_1$ complete equivalence relation. We then investigate the algorithmic properties of this reduction. We obtain that elementary bi-embeddability on the class of computable graphs is $\Sigma ^1_1$ complete with respect (...) to computable reducibility and show that the elementary bi-embeddability and bi-embeddability spectra realized by graphs are related. (shrink)

The origin of the genetic code has been attributed in part to an accidental assignment of codons to amino acids. Although several lines of evidence indicate the subsequent expansion and improvement of the genetic code, the hypothesis of Francis Crick concerning a frozen accident occurring at the early stage of genetic code evolution is still widely accepted. Considering Crick’s hypothesis, mathematical descriptions of hypothetical scenarios involving a huge number of possible coexisting random genetic codes could be very important to explain (...) the origin and evolution of a selected genetic code. This work aims to contribute in this regard, that is, it provides a theoretical framework in which statistical parameters of error functions are calculated. Given a genetic code and an amino acid property, the functional code robustness is estimated by means of a known error function. In this work, using analytical calculations, general expressions for the average and standard deviation of the error function distributions of completely random codes with standard stop codons were obtained. As a possible biological application of these results, any set of amino acids and any pure or mixed amino acid properties can be used in the calculations, such that, in case of having to select a set of amino acids to create a genetic code, possible advantages of natural selection of the genetic codes could be discussed. (shrink)

This article aims to restore a way to approach Derrida by revisiting the essentialist ‘logic’ that Leonard Lawlor put forward in 2002. Lawlor argues that the early Derrida developed a ‘logic of totality’ from Hyppolite's reading of Hegel, which formed the basis for a ‘logic of contamination’ and différance; moreover, Lawlor demonstrated such progress. We will situate his implicit premises before following his sequential argument, and thus isolate how Lawlor is aware that Derrida disputes Hyppolite's basic premises and outcomes, so (...) as to suggest the difficulty is methodological. By that we will support Lawlor's discovery that Derrida's earliest work can be approached ‘logically’, so as to help re-orientate both an approach and strands of thought that Derrida helped to inspire. (shrink)

We calculate the complexity of Scott sentences of scattered linear orders. Given a countable scattered linear order L of Hausdorff rank $\alpha $ we show that it has a ${d\text {-}\Sigma _{2\alpha +1}}$ Scott sentence. It follows from results of Ash [2] that for every countable $\alpha $ there is a linear order whose optimal Scott sentence has this complexity. Therefore, our bounds are tight. We furthermore show that every Hausdorff rank 1 linear order has an optimal ${\Pi ^{\mathrm {c}}_{3}}$ (...) or ${d\text {-}\Sigma ^{\mathrm {c}}_{3}}$ Scott sentence and give a characterization of those linear orders of rank $1$ with ${\Pi ^{\mathrm {c}}_{3}}$ optimal Scott sentences. At last we show that for all countable $\alpha $ the class of Hausdorff rank $\alpha $ linear orders is $\boldsymbol {\Sigma }_{2\alpha +2}$ complete and obtain analogous results for index sets of computable linear orders. (shrink)

This book describes in detail the various theories on the shape of the Earth from classical antiquity to the present day and examines how measurements of its form and dimensions have evolved throughout this period. The origins of the notion of the sphericity of the Earth are explained, dating back to Eratosthenes and beyond, and detailed attention is paid to the struggle to establish key discoveries as part of the cultural heritage of humanity. In this context, the roles played by (...) the Catholic Church and the philosophers of the Middle Ages are scrutinized. Later contributions by such luminaries as Richer, Newton, Clairaut, Maupertuis, and Delambre are thoroughly reviewed, with exploration of the importance of mathematics in their geodetic enterprises. The culmination of progress in scientific research is the recognition that the reference figure is not a sphere but rather a geoid and that the earth’s shape is oblate. Today, satellite geodesy permits the solution of geodetic problems by means of precise measurements. Narrating this fascinating story from the very beginning not only casts light on our emerging understanding of the figure of the Earth but also offers profound insights into the broader evolution of human thought. (shrink)

The new wave of ‘foundation models’—general-purpose generative AI models, for production of text (e.g., ChatGPT) or images (e.g., MidJourney)—represent a dramatic advance in the state of the art for AI. But their use also introduces a range of new risks, which has prompted an ongoing conversation about possible regulatory mechanisms. Here we propose a specific principle that should be incorporated into legislation: that any organization developing a foundation model intended for public use must demonstrate a reliable detection mechanism for the (...) content it generates, as a condition of its public release. The detection mechanism should be made publicly available in a tool that allows users to query, for an arbitrary item of content, whether the item was generated (wholly or partly) by the model. In this paper, we argue that this requirement is technically feasible and would play an important role in reducing certain risks from new AI models in many domains. We also outline a number of options for the tool’s design, and summarize a number of points where further input from policymakers and researchers would be required. (shrink)

We present a reference model for finding evidence of discrimination in datasets of historical decision records in socially sensitive tasks, including access to credit, mortgage, insurance, labor market and other benefits. We formalize the process of direct and indirect discrimination discovery in a rule-based framework, by modelling protected-by-law groups, such as minorities or disadvantaged segments, and contexts where discrimination occurs. Classification rules, extracted from the historical records, allow for unveiling contexts of unlawful discrimination, where the degree of burden over protected-by-law (...) groups is evaluated by formalizing existing norms and regulations in terms of quantitative measures. The measures are defined as functions of the contingency table of a classification rule, and their statistical significance is assessed, relying on a large body of statistical inference methods for proportions. Key legal concepts and reasonings are then used to drive the analysis on the set of classification rules, with the aim of discovering patterns of discrimination, either direct or indirect. Analyses of affirmative action, favoritism and argumentation against discrimination allegations are also modelled in the proposed framework. Finally, we present an implementation, called LP2DD, of the overall reference model that integrates induction, through data mining classification rule extraction, and deduction, through a computational logic implementation of the analytical tools. The LP2DD system is put at work on the analysis of a dataset of credit decision records. (shrink)