In 1914, on the eve of the Great War, the eminent scholar and polymath, Theodore Merz, published what would be the final volume of his magisterial history of nineteenth-century European thought. A belated review of this volume appeared in the April 1918 issue of the American Historical Review. This particular review, though favorable, was inexplicably unsigned. Our paper offers compelling evidence that the author of this unsigned review was George H. Mead, the pragmatist philosopher from the University of Chicago. The (...) paper is organized in the following fashion. First, several types of documentary evidence are cited in support of the claim that Mead authored the unsigned review. Second, content analysis is used to identify themes in the review that reflect the distinctive intellectual concerns of Mead. One such concern was the ability of research-based science to address and rectify problematic aspects of social life. The concluding section of the paper reprints in its entirety Mead’s 1918 review. (shrink)

First published in 1959, _Metamorphosis_ remains one of the great works of developmental psychology of the past century. From his thoughtful meditation on the assumptions of classical Freudian psychoanalysis, among them the pleasure and reality principles, the relations of drive and affect, and the nature and causes of infantile amnesia, Schachtel moves on to profound reflections on the senses considered both in terms of their evolving relation to one another during maturation and as variable ingredients in the perception and cognition (...) of the adult. (shrink)

Originally published between 1968 and 2009, this collection of 25 pieces includes six interviews translated into English for the first time and a new transcription of a Q&A session with Baudrillard following a lecture he gave in London in 1994. The guiding theme of the collection is Baudrillard's engagement with culture. The implications of the implosion of Western culture are dissected and documented in the rich range of material included here.

This book presents a rigorous foundation for defining Boolean categories and will appeal to graduate students and researchers in theoretical computer science.

The rise of dimensional analysis in the latter part of the nineteenth century occurred largely in the context of electromagnetism. It soon appeared that the subject, albeit seemingly straightforward, was in fact wrought with difficulties. These revealed deep conceptual issues regarding the character of physical quantities. Usually, whether or not these problems actually constituted inconsistencies was itself a matter of debate. In one instance, however, regarding the electrostatic dimensions of the magnetic pole, all protagonists agreed that the matter required attention. (...) A controversy ensued in 1882. Its resolution partly relied on the realization that it arose from differences between the scientific cultures prevalent on the Continent versus in Great Britain. These cultural differences concerned the possible relevance of the medium in which interactions involving magnetic poles take place, as well as the understanding of permeability in Ampère’s model of magnetism. The controversy around the electrostatic dimensions of the magnetic pole entailed crucial issues that were soon to play just as central a part in a wider debate about the dimensions of electromagnetic quantities in different systems of units. Why the latter topic was never raised during the 1882 controversy provides insights into the early understanding of dimensional analysis. (shrink)

The amygdala is a key brain area regulating responses to stress and emotional stimuli, so improving our understanding of how it is regulated could offer novel strategies for treating disturbances in emotion regulation. As we review here, a growing body of evidence indicates that the gut microbiota may contribute to a range of amygdala-dependent brain functions from pain sensitivity to social behavior, emotion regulation, and therefore, psychiatric health. In addition, it appears that the microbiota is necessary for normal development of (...) the amygdala at both the structural and functional levels. While further investigations are needed to elucidate the exact mechanisms of microbiota-to-amygdala communication, ultimately, this work raises the intriguing possibility that the gut microbiota may become a viable treatment target in disorders associated with amygdala dysregulation, including visceral pain, post-traumatic stress disorder, and beyond. Also see the video abstract here: https://youtu.be/O5gvxVJjX18 The amygdala plays a central role in regulating many aspects of behavior in rodents and humans, from pain responding to social interaction and psychiatric function. Accumulating evidence suggests microbiota-to-amygdala communication along the gut-brain axis is a key modulator of these amygdala-dependent behaviors, with critical implications for health and disease. (shrink)

Did science and philosophy develop differently in ancient Greece and ancient China? If so, can we say why? This book consists of a series of detailed studies of cosmology, natural philosophy, mathematics and medicine that suggest the answer to the first question is yes. To answer the second, the author relates the science produced in each ancient civilization first to the values of the society in question and then to the institutions within which the scientists and philosophers worked.

An interesting aspect of Ernest Sosa's (2017) recent thinking is that enhanced performances (for example, the performance of an athlete under the influence of a performance‐enhancing drug) fall short of aptness, and this is because such enhanced performances do not issue from genuine competences on the part of the agent. This paper explores in some detail the implications of such thinking in Sosa's wider virtue epistemology, with a focus on cases of cognitive enhancement. A certain puzzle is then highlighted, (...) and the solution proposed draws both from the recent moral responsibility literature on guidance control (e.g., Fischer and Ravizza 1998; Fischer 2012) and from work on cognitive integration in the philosophy of mind and cognitive science (e.g., Clark and Chalmers 1998; Clark 2008; Pritchard 2010; Palermos 2014; and Carter 2017). (shrink)

Many biologically active compounds including neurotransmitters, metabolic precursors, and certain drugs are accumulated intracellularly by transporters that are coupled to the transmembrane Na+ gradient. Amino acid neurotransmitter transporters play a key role in the regulation of extracellular amino acid concentrations and termination of neurotransmission in the CNSAbbreviations: CNS, central nervous system; GABA, γ‐aminobutyric acid; cDNA, complementary deoxyribonucleic acid; mRNA, messenger ribonucleic acid; NMDA, N‐methyl‐D‐aspartate; PKC, protein kinase C; PMA, phorbol 12‐myristate 13‐acetate; DAG, diacyl glycerol; R59022, DAG kinase inhibitor; AA, arachidonic (...) acid; ACHC, cis‐3‐aminocyclohexanecarboxylic acid; GAT‐A, ACHC‐sensitive GABA transporter; GAT‐B, β‐alanine‐sensitive GABA transporter; GLY‐1 and GLYT‐1, glycine transporters; PROT‐1, proline transporter; BGT‐1, betaine transporter.. Transporters for the major amino acid neurotransmitters glutamate, GABA, and glycine are found in both neurons and glial cells. Recent work has resulted in the identification of cDNAs encoding several amino acid neurotransmitter transport proteins, all of which belong to the Na+‐and Cl−‐dependent transporter gene family. The diversity of this family suggests a degree of transporter heterogeneity that is greater than that indicated by biochemical and pharmacological studies. (shrink)