An expanding body of research aims to identify culture in cetaceans, often positing killer whales as an exemplar species. To this end, gene-culture coevolutionary theory provides a conceptual language with which whales are discussed in raciological terms. It renders killer whale ecotypes as discrete cultures that are intrinsically xenophobic and evolutionarily divergent. Such research on whale culture intends to substantiate theories of divergent natural selection between human cultures as well. This effort furthers the essentialism, simultaneously biological and cultural, that has (...) long impelled colonial technoscientific projects of racial typologization. The exchange between the raciologies of humans and killer whales is facilitated by the infrahumanizing frameworks of gene-culture coevolutionary theory that locate whale populations alongside indigenous peoples on a spectrum of cultural simplicity and complexity. At this convergence of the animal and the human, gene-culture coevolutionary theory posits indigenous peoples and killer whales as evidence for social Darwinist theories that dehistoricize and naturalize intercultural conflict and ethnicization. The extension of raciology beyond the human species signals an urgent need to decolonize the biological sciences. (shrink)

Conflicting results undermine making inferences from the empirical literature. So far, the replication crisis is mainly seen as resulting from honest errors and questionable research practices such as p-hacking or the base-rate fallacy. I discuss the malleability (researcher degrees of freedom) of quantitative research and argue that conflicting results can emerge from two studies using different but plausible designs (e.g., eligibility criteria, operationalization of concepts, outcome measures) and statistical methods. I also explore how the choices regarding study design and statistical (...) techniques bias results in a way that makes them more or less relevant for a given policy or clinical question. (shrink)

Scientific origins are information sources that transmit encoded information signals to receivers. Originary sciences identify information preserving receivers and decode the signals to infer their origins. Paradigmatic cases of scientific origination such as the Big Bang, the origins of species, horizontal gene transfer, the origin of the Polynesian potato, and ideational origins in the history of ideas are analyzed to discover what is common to them ontologically and epistemically. Some causes are not origins. Origination supervenes on causation, but has different (...) properties. The unique properties of origins that causes do not share shield theories of origination from the kind of counterexamples and counterintuitive results that challenge comparable theories of causation. The epistemology of origination may serve as a basis for founding a novel epistemic and methodological division of the sciences into originary historical sciences and causal theoretical sciences. (shrink)

This paper contextualizes and criticizes a recent attempt to square the socio-political commitment of the members of the so-called left wing of the Vienna Circle with the ethical non-cognitivism that follows from their conception of cognitive meaningfulness. It is shown that intolerable consequences result from the moral-political reading of the “scientific world-conception” proposed and it is argued that squaring their commitment and non-cognitivism does not require such a reading. It is also pointed out how deleterious consequences are avoided by an (...) already existent reconstruction of the left wing’s position which was misunderstood by the author criticized and which is briefly recollected. (shrink)

Peter Harrison explains the disappearance of symbolic meanings of animals from seventeenth-century works in natural history through what he calls the “literalist mentality of the reformers.” By contrast, the present article argues in favor of a different understanding of the connection between hermeneutics and Protestant natural history. Martin Luther, Philipp Melanchthon, Johannes Brenz, Johannes Oecolampadius, and Jean Calvin continued to assign moral meanings to natural particulars, and moral interpretations can still be found in the writings of Protestant naturalists such as (...) Conrad Gesner, Caspar Heldelinus, Jeremias Wilde, Thomas Penny, and Thomas Moffett. If there are differences between Protestant and Catholic interpretations of animals, then these differences derive from the reformer’s greater insistence on providing textual support for assigning symbolic meanings, their resulting greater reluctance in assigning prophetic meanings to animals, and their elimination of spiritual interpretations of animals that are in tension with central tenets of Protestant theology. These differences in hermeneutics and theology may explain some of the divergences between the symbolic interpretations of animals proposed by Protestant natural historians and their Catholic colleague, Ulisse Aldrovandi. (shrink)

This paper examines Jean le Rond d’Alembert’s views of metaphysical cosmology and argues that these constitute an important context for Kant’s critical-period response to rational cosmology. D’Alembert is commonly taken to have dismissed cosmology from the roster of the legitimate sciences, and there is indeed evidence of his scepticism towards Maupertuis’ cosmology no less than towards Wolff’s cosmologia generalis. I argue, however, that a broadly Leibnizian cosmological perspective underpins d’Alembert’s accounts of our knowledge and of the task of the philosopher. (...) D’Alembert’s work thus anticipates and helps bring into focus Kant’s own nuanced engagement with the cosmological tradition. (shrink)

This paper discusses the methodological relation between natural history and natural philosophy in the case of John Evelyn (1620–1706). I propose to examine Evelyn’s tree cultivation projects and to identify relevant aspects of his attempt to move from descriptive natural history to experimental natural history. My central argument is that Evelyn’s intention in this endeavour was to develop a series of experimental natural history projects that could provide general laws and axioms of nature as foundations for natural philosophy. I suggest (...) that, considering Bacon’s methodological recommendations regarding the relation between natural history and natural philosophy, Evelyn evolved from one “Baconian” role to another. While in the 1650s Evelyn acted as a “merchant of light,” as he devoted his interest to writing natural history projects based on collecting data and commonplacing different sources, in the 1660s he moved to an advanced role, that of a “compiler” or a “lamp,” in which he composed projects of experimental natural history. In Evelyn’s view, the latter kind of natural history would serve as a methodological step in building a natural philosophy. (shrink)

In this essay, I analyze the role of physics in Baumgarten’s founding of aesthetics. After examining for the first time his courses on physics and their relationship with aesthetics, I explore the importance of physical metaphors in the issues of aesthetic experiments and aesthetic enthusiasm, with special regard to the influence of Bacon, Boyle, and Leibniz’s doctrine of vis viva.

In lieu of an abstract, here is a brief excerpt of the content:Introduction: Emancipation from Metaphysics? Natural History, Natural Philosophy and the Study of Nature from the Late Renaissance to the EnlightenmentTinca Prunea-Bretonnet and Oana MateiThis special issue is devoted to the analysis of the relationship between natural history, natural philosophy, and the metaphysics of nature in the early modern period up to the mid-eighteenth century. It considers the evolving dynamics among these disciplines as well as the role played by (...) natural history in modern hermeneutics and aesthetics. The collected papers examine how early modern natural history acquires a growing importance in the study of nature, while observation and experiment gain epistemic priority among experimental philosophers. In the early modern and modern periods the critique of systems of natural philosophy and of Cartesian metaphysics goes hand-in-hand with the prioritization of experimental facts and collected data. The latter become the first, indispensable step in the process of knowledge acquisition. This is the case for Francis Bacon and his followers, who establish natural and experimental history as [End Page 549] the preliminary step and the foundation for natural philosophy. Baconian natural history consists of a vast collection of observations and experiments from which, by induction, the experimenter is able to provide axioms and general rules of nature. These axioms and general rules constitute the foundation on which natural philosophy would be built. According to this approach, theoretical claims must be supported by experimental evidence, while natural philosophical theories, alert to the dangers of speculation, are inferred, by induction, from natural and experimental history (Anstey 2005, pp. 215–42; Anstey 2020; Anstey and Jalobeanu 2022, pp. 222–37; Anstey and Vanzo 2012, pp. 499–518; Corneanu et al. 2012; Jalobeanu 2015; Serjeantson 2014, pp. 681–705). Laws and principles are thus to be admitted in the study of nature, but only if founded on experimentally verified facts. This perspective seems to reject speculation and abstract systems and to contest their role in natural philosophy altogether. However, in spite of its influence on eighteenth-century thinkers, this approach to natural history would not go uncontested.In the eighteenth century these transformations were accompanied by a new emphasis on metaphysics in the study of nature. While natural history was still largely regarded as preliminary to natural philosophy and continued to play a significant role in knowledge acquisition, Enlightenment philosophers elaborated new methods which rehabilitated metaphysical principles in the study of nature and promoted competing perspectives reassessing their pre-eminence (Anstey 2020). Two rival perspectives seem to compete on the philosophical scene: on the one hand, experimental thinkers justifying the theoretical autonomy of natural philosophy and emphasizing the prevalence of mathematical and empirically-oriented methodologies; on the other hand, novel approaches to the theory of principles arguing for the foundational role of metaphysical (a priori) principles and of speculative disciplines, such as metaphysical cosmology. This special issue explores the tension between the new role conferred to metaphysical disciplines and the study of nature, including a particular focus on the writings of Maupertuis, d’Alembert, and Kant. Our aim is to nuance the familiar narrative that inscribes Kant in the metaphysical tradition of Descartes and Wolff and opposes the latter to an experimental lineage comprising post-Newtonian thinkers such as Condillac, d’Alembert, and Maupertuis (Leduc 2015, pp. 11–30; contrast with Anstey 2018, pp. 131–50).In order to shed new light on these transformations and tensions, the collected papers address the complex interplay between natural history, natural philosophy, and the metaphysics of nature. Particular attention is devoted to the different methodologies in use starting with the late Renaissance and leading up to the mid-eighteenth century. We examine not only conceptions arguing for a decisive role played by observation [End Page 550] and experiment, but also more speculative treatments of the study of nature, where principles and metaphysical standpoints reclaim a foundational function, albeit through a revised definition of metaphysics and a novel understanding of the role of speculative disciplines, such as cosmology.Andreas Blank’s paper, “Protestant Hermeneutics and the Persistence of Moral Meanings in Early Modern Natural Histories,” examines the divergences in the symbolic interpretations of animals proposed in hermeneutics and in natural histories of the sixteenth and seventeenth... (shrink)

In this paper, I analyze a momentous change in eighteenth century French life sciences. Whereas in the first half of the century the conception of natural history as the systematic collection of facts had been most successful, at mid-century a new approach emerged. This approach was characterized by an accent on general philosophical themes rather than on observation and experiment. I study the grounds and features of this historical shift through the work of Maupertuis, who published papers in institutional (or (...) Baconian) natural history in his early years, but then adopted a more speculative approach to the life sciences. (shrink)

Over the past half century, our best scientific understanding of the immune system has been transformed. The immune system has turned out to be extremely sophisticated, densely connected to the central nervous system and cognitive capacities, deeply involved in the production of behavior, and responsive to different kinds of psychosocial event. Such results have rendered the immune system part of the subject-matter of psychology and cognitive science. I argue that such results, alongside the history of psychoneuroimmunology, give us good reason (...) to be skeptical about the characterization of cognitive science and psychology as studying the mind and the mental. (shrink)

Although researchers agree on the importance of validity, they have not yet reached a consensus on what validity consists of. This article traces the historic trajectories of validity theory development in three research traditions: psychometrics, experiment in social settings, and animal models of psychiatric disorders, showing that the multiplicity in the concept of validity is shaped by its multiple historic trajectories and reflects the diversity of practices and concerns in different research traditions. I argue that specifying validity of what target (...) practice and for what purpose in discussions helps to connect validity to its rich context that gives rise to its specific meaning and relevance. (shrink)

Philosophers of science have paid close attention to climate simulations as means of projecting the severity and effects of climate change, but have neglected the full diversity of methods in climate science. This paper shows the philosophical richness of another method in climate science: the practice of using paleoclimate analogues to inform our climate projections. First, I argue that the use of paleoclimate analogues can offer important insights to philosophers of the historical sciences. Rather than using the present as a (...) guide to the past, as is common in the historical sciences, paleoclimate analogues involve using the past as a guide to the future. I thereby distinguish different methods in the historical sciences and argue that these distinctions bear on debates over whether the historical sciences can produce generalizations or predictions. Second, I suggest that paleoclimate analogues might actually be considered a type of climate model, and, as such, their use expands on common characterizations of models to include those that are full-scale, naturally occurring, and non-manipulable. (shrink)

Philosophers have yet to provide a systematic analysis of the relationship between historical science and model-based science. In this paper I argue that prototypical model-based sciences exhibit features understood to be central to historical science. Philosophers of science have argued that historical scientists are distinctly concerned with inference to the best explanation, that explanations in historical science tend to increase in complexity over time, and that the explanations take the form of narratives. Using general circulation models in climate science as (...) a reference, I illustrate how simulation models in model-based science share these features exhibited by historical science. That model based sciences share these features raises important philosophical questions about how we should understand prototypical types of scientific enquiry, including the relationship between experimental science, historical science, and model-based science. I conclude by exploring several options for how to accommodate the noted similarities within a more general taxonomy of the sciences. (shrink)

This paper studies the notion of virtuality in the Bohr-Kramers-Slater theory of 1924. We situate the virtual entities of BKS within the tradition of the correspondence principle and the radiation theory of the Bohr model. We show how, in this context, virtual oscillators emerged as classical substitute radiators and were used to describe the otherwise elusive quantum transitions. They played an effective role in the quantum theory of radiation while remaining categorically distinct and ontologically separated from the quantum world of (...) the Bohr model. The notion of virtuality thus differs markedly from its counterpart in quantum mechanics or QFT. (shrink)

In optics, real images can be projected onto a screen, while virtual ones always remain behind mirrors. This apparently straightforward distinction is based on complex premises which emerged in the Early Modern period, and its development went hand in hand with a transformation of the notion of image, which became detached from sensual perception. In this article I will outline this historical process, and argue that the distinction between a real and virtual image still implies a reference to visual perception (...) which makes it problematic, yet useful for didactic purposes. (shrink)

This paper examines how scientific understanding is enhanced by virtual entities, focusing on the case of the synthetic cell. Comparing it to other virtual entities and environments in science, we argue that the synthetic cell has a virtual dimension, in that it is functionally similar to living cells, though it does not mimic any particular naturally evolved cell (nor is it constructed to do so). In being cell-like at most, the synthetic cell is akin to many other virtual objects as (...) it is selective and only partially implemented. However, there is one important difference: it is constructed by using the same materials and, to some extent, the same kind of processes as its natural counterparts. In contrast to virtual reality, especially to that of digital entities and environments, the details of its implementation is what matters for the scientific understanding generated by the synthetic cell. We conclude by arguing for the close connection between the virtual and the artifactual. (shrink)

This paper will not present a case study of the historical development of a virtual entity. Rather, I will develop an outlook on virtual entities in the sciences and propose a corresponding method for studying them (historically). In essence, my presentation can be considered a synthesis of different observations from the history and philosophy of science and has its roots in my dissertational research on the development of the virtual particle. Starting with a reflection on the role of presentism for (...) the study of concept formation and development processes, I will show, through the example of the virtual particle, how current debates and interpretations can inform our access to a historical reconstruction. Following these reflections, I will argue for a pragmatist account of concepts as tools for the scientific practitioners. According to the approach presented in my article, concepts perform their functions through representations, and I will lay special focus on verbal representations and their different functions within scientific reasoning. In conclusion, I will frame the outcome of my discussion in terms of a proposal that might, through further research, enrich our understanding of virtual entities in the sciences. (shrink)

In lieu of an abstract, here is a brief excerpt of the content:Preface: Virtual Entities in ScienceRobert Harlander, Jean-Philippe Martinez, Friedrich Steinle, and Adrian WüthrichIt is not only since the sudden increase of online communication due to the COVID-19 situation that the concept of the “virtual” has made its way into everyday language. In this context, it mostly denotes a digital substitute for a real object or process. Virtual reality is perhaps the best-known term in this respect. With these digital (...) connotations, “virtuality” has also been used in science and research: Chemists use virtual laboratories, biologists do virtual scanning of molecular structures, and geologists engage in virtual field trips. But the concept of the virtual has a much longer tradition, dating back to long before the dawn of the digital age. Virtual images and virtual displacements were introduced in classical physics already in the late seventeenth and eighteenth centuries, respectively. They represent auxiliary objects or processes without instantiation, with the purpose of efficiently describing specific physical systems. In today’s physics, the term “virtual” is mostly associated with the quantum world, first and foremost with the “virtual particle” of quantum field theory. It has become such an integral part of modern high energy physics that its ontological character may be considered to go beyond the purely auxiliary, which is typically associated with the virtual. [End Page 263]In other disciplines, however, use of the term virtual without a digital connotation is much rarer. While concepts like “virtual adrenaline” show up in physiological research around 1940s, and Charles Darwin, in a private note in January 1840,1 spoke of “virtual change” in the context of embryology, these examples seem to be singular occurrences of entities that were explicitly called “virtual.” The basic idea behind the terminology of the virtual, however, might be much more common, even outside of physics. The “invisible hand” in economics, or the “vital force” in biology, for instance, may carry aspects of a virtual entity, even if they have not been referred to that way.These different observations raise several questions about the status of virtual entities in science. What has led scientists to call one entity “virtual” and not another? Do all virtual entities in science have the same roots and meet the same characteristics? Are they more than auxiliary objects or processes? Why does physics seem to occupy a specific position with respect to the use of the notion of virtuality? These are some points that led us to discuss virtual entities in science during a workshop, out of which grew the present collection. We invited contributions that addressed the historical formation and philosophical interpretation of concepts of virtual entities in physics and other disciplines—in whatever terms they may come. The main goal of the workshop was to bring to the fore similarities and differences in the meanings and functions of these concepts, so as to be able to precisely characterize why certain entities are considered virtual in specific contexts, why a different terminology was often used in each individual case, and in what sense the virtual entities relate to the real world.The organization of the workshop was part of our project “The formation and development of the concept of virtual particles,” a subproject of the Research Unit “The Epistemology of the Large Hadron Collider,” funded by the Deutsche Forschungsgemeinschaft (DFG) and Der Wissenschaftsfonds (FWF). The workshop took place online on four consecutive Fridays in March 2021. It brought together contributors who discussed the role of the concept of the virtual in theoretical as well as experimental activities, and investigated into the origins of the terminology of the virtual as it was applied to the various disciplines of natural science. Dealing with historical, philosophical, but also methodological questions, the presentations covered a wide time range, from the Middle Ages to the present day. While physics naturally emerged as the dominant field, natural philosophy, computer science and biology were also addressed. The papers in this volume were contributed by participants in this workshop and approach the subject from different angles. [End Page 264]First, Friedrich Steinle provides us with an introductory piece that reflects on the specific meaning of the use of the term ‘virtual’ in science. He highlights and... (shrink)

This article discusses the meaning of the notion of virtuality in modern physics. To this end, it develops considerations on the introduction and establishment in nuclear physics of two independent concepts at the turn of the 1920s and 1930s: that of the virtual state, used in the context of neutron scattering studies, and that of the virtual transition, useful for the theoretical understanding of strong nuclear forces, which forms the basis of what are now called virtual particles. Their comparative analysis (...) highlights the theoretical nature of virtual entities and processes in modern physics. It also shows how the virtual has been associated with various purely physical attributes, leading to a form of polysemy of the term, from the beginning of the application of these concepts. (shrink)

The term “virtual entities” has a long tradition and a variety of meanings. My short article focuses on one particular meaning, as clearly defined by Charles Sanders Peirce in 1902. I will discuss the definition he provided and touch on the wide resonance it had and still has in science.

Metaphors that compare the computer to a human brain are common in computer science and can be traced back to a fertile period of research that unfolded after the Second World War. To conceptualize the emerging “intelligent” properties of computing machines, researchers of the era created a series of virtual objects that served as interpretive devices for representing the immaterial functions of the computer. This paper analyses the use of the terms “artificial” and “virtual” in scientific papers, textbooks, and popular (...) articles of the time, and examines how, together, they shaped models in computer science used to conceptualize computer processes. (shrink)

This paper will address scientific collaboration at the Zoophysiological Laboratory during the 1911–1945 directorship of Nobel Prize winner August Krogh. Using authorship information and acknowledgments from the laboratory’s publications, this paper maps the many researchers involved in the work. In total, 193 different people contributed to the work at the Zoophysiological Laboratory. The paper further analyzes what labor, materials, ideas, and knowledge were exchanged between the individuals in the laboratory. While science has become more collaborative throughout the twentieth century, this (...) paper underlines that collaboration was very much part of the research process in the early twentieth century. (shrink)

What should citizens understand about science to participate in democratic life? Against the prevailing approach, we argue that “what” a public understanding of science is about strongly depends on the specific epistemological nature of the science related issues considered in different contexts and circumstances. We identify three specific categories of such issues and show how, equally, specific models of public understanding are required to address them. Only by endorsing such an alternative approach will citizens arguably be able to form sound (...) opinions about those very issues, as well as to discuss and deliberate rationally about them. (shrink)

This paper proposes new ways of characterizing eighteenth-century French Cartesianism. Besides two widely-accepted elements—the belief in “strict mechanism” and the idea that to demonstrate in physics does not involve mathematics, but reference to mechanical models—I add two more, hitherto neglected, features. First, a strong emphasis on experimentalism, namely the view that experiments are crucial to natural-philosophical practice. Second, an epistemological thesis that I call “conjecturalism,” which consists in doubting that natural philosophy would attain an ultimate truth on the nature of (...) things. To explore these facets of Cartesianism, I focus on the works of the Jesuit Noël Regnault. (shrink)

The term “coenesthesia” was introduced at the end of the eighteenth century by the German physiologist Johann Christian Reil to designate the general perception of the living body through the nerves. Over the course of the nineteenth century, this notion circulated widely not only in Germany, but also in France, where it was developed in particular by Théodule Ribot. However, a good sixty years before Ribot, Maine de Biran had already employed the notion of “coenesthesia” to indicate the “immediate feeling (...) of existence,” which he distinguished from the apperception of the self in relation to the body. What Biran emphasized, in his philosophical appropriation of “coenesthesia,” is the impersonal and mostly unconscious nature of this feeling, which never leaves us and plays a key role in the shaping of our personal and conscious life, unnoticeably influencing the course of our ideas, our character, and the emotional tone of our perception of the world. The purpose of this article is to study Biran’s philosophical use of the notion of “coenesthesia” in the last phase of his philosophical reflection (1823–1824) in relation to the emergence of the problem of the unconscious. (shrink)

The term “coenesthesia” was introduced at the end of the eighteenth century by the German physiologist Johann Christian Reil to designate the general perception of the living body through the nerves. Over the course of the nineteenth century, this notion circulated widely not only in Germany, but also in France, where it was developed in particular by Théodule Ribot. However, a good sixty years before Ribot, Maine de Biran had already employed the notion of “coenesthesia” to indicate the “immediate feeling (...) of existence,” which he distinguished from the apperception of the self in relation to the body. What Biran emphasized, in his philosophical appropriation of “coenesthesia,” is the impersonal and mostly unconscious nature of this feeling, which never leaves us and plays a key role in the shaping of our personal and conscious life, unnoticeably influencing the course of our ideas, our character, and the emotional tone of our perception of the world. The purpose of this article is to study Biran’s philosophical use of the notion of “coenesthesia” in the last phase of his philosophical reflection (1823–1824) in relation to the emergence of the problem of the unconscious. (shrink)

Leibniz is one of the philosophers who is most present in the philosophy of Maine de Biran, particularly from 1813 onwards. His influence is decisive in the reform of metaphysics (or First Philosophy) that he carries out from that moment on, reviving the notion of substance. Leibniz allows him to reconcile it with the idea of force, and thus to link it to the primitive fact of consciousness. This move has often been emphasized by commentators, but what has been less (...) studied is the way in which this reform takes place in Biran’s intellectual trajectory from the time when he claimed to be an Ideologist inspired by Condillac’s philosophy, to the last texts written in 1824, when he eventually adopted a spiritualist monism that owed much to Leibniz, abandoning the Cartesian-inspired metaphysical dualism to which he had been committed until then. (shrink)

This article compares the phenomena of “tic” and “slip of the tongue” [lapsus] as they have been described by Maine de Biran and Victor Egger, including a possible reception of Biran’s thought by Egger. In the twentieth century these phenomena will be analysed by psychoanalysts, but their first description appears in nineteenth-century French philosophy. Emerging from the analysis of Biran’s “tics” and Egger’s “slips” in the nineteenth century, the concept of habit becomes linked to a reflection on the unconscious. Tic (...) and slip of the tongue constitute, each in its own way, the place where habit exhibits its most peculiar characteristic, that of being always suspended in the dual dialectic of the voluntary and the involuntary, of the conscious and the unconscious. Maine de Biran’s “habit tics” underline the tendency set by habit for which voluntary and conscious actions become involuntary and unconscious, whereas Egger defines slip of the tongue as an involuntary and unconscious event that allows the birth of new habits. (shrink)

Focusing on the reception of Maine de Biran by Alexis Bertrand in his thesis, L’aperception du corps humain par la conscience (1880), I will demonstrate how the “corps propre” (one’s own body) becomes a key concept in order to re-orientate the French spiritualist movement. To do so, Bertrand’s neo-Biranism uses a new methodology with phenomenological issues. The image of the body, the primitive space or the engagement within the world becomes new research themes for spiritualism. His interpretation of Biran’s philosophy (...) leads him to criticize mechanistic epistemology, and especially the concept of reflex. In this context, Bertrand proposes an animist metaphysics, aiming to reconcile his Biranism with the advances of science. As a consequence, the history of the concept of one’s own body must take into account metaphysical perspectives and not only scientific and experimental researches. (shrink)

This contribution explores the concept of the unconscious as articulated by Proust in his À la recherche du temps perdu (Proust ([1913–1927] 1998–1999) and in a series of documents and texts that preceded it. It aims at understanding whether and to what extent Proust can be placed in a line of French thought that begins with the work of Maine de Biran and culminates in the reception in the second half of the nineteenth century of Biranism by French alienists: doctors (...) specialized in the study of mental alienation. This type of interpretation of Biran’s doctrine is attuned to the increasing attention which, at the time of Proust’s education, was given to the unconscious and to the idea that, alongside the conscious self, there is an unconscious self, understood as a secondary personality that can manifest itself in the life of the individual in both normal and pathological ways. Following the interpretative path pursued in Piazza (1997, 2017), Bizub (2006), and Fraisse (2013), this article takes into account both Proust’s secondary and university education and his familiarity with experimental psychology, to which he was introduced by his father. (shrink)

The foundation of morality, and mainly, the possibility of moral sentiments that are universal and inalienable, is a central problem in Maine de Biran’s philosophy. Many studies focus on the part played by the self in Maine de Biran’s late philosophy, but relatively few consider with precision the importance of the concept of sympathy in this context. In this paper, I would like to show that this concept, which Biran mobilizes from his first to his last writings, is an important (...) conceptual resource in his enterprise of founding morality. I will draw on three main texts that cover almost the entire period in which he wrote, namely, his Mémoire sur l’influence de l’habitude sur la faculté de penser ([1802] 1987), his Mémoire sur les perceptions obscures ou sur les impressions générales affectives et les sympathies en particulier ([1807] 1984), and his Fragments relatifs aux fondements de la morale et de la religion ([1819] 1859). The main finding is that sympathy occupies a central place in this enterprise of moral foundation but undergoes profound and almost contradictory conceptual re-elaborations throughout Biran’s intellectual journey. Although in his first philosophical texts Biran concentrates on the fundamental dimension of organic sympathy, he rejects it almost entirely in his last texts in favor of an analysis of the sympathy between the selves. (shrink)

This paper aims to analyze Pierre Janet’s interpretation of Maine de Biran’s notion of the “unconscious” through a comparative study between L’automatisme psychologique (1889) and some Biranian writings devoted to the problem of pure affections. The objective is to question whether Janet’s psychological reading of this very notion had been faithful to Biran’s intentions, and to understand what kind of Biranism Janet is referring to when dealing with the problem of the unconscious.