This paper draws together as many as possible of the clues and pieces of the puzzle surrounding T. S. Eliot’s “infamous” literary term “objective correlative”. Many different scholars have claimed many different sources for the term, in Pound, Whitman, Baudelaire, Washington Allston, Santayana, Husserl, Nietzsche, Newman, Walter Pater, Coleridge, Russell, Bradley, Bergson, Bosanquet, Schopenhauer and Arnold. This paper aims to rewrite this list by surveying those individuals who, in different ways, either offer the truest claim to being the source of (...) the term, or contributed the most to Eliot’s development of it: Allston, Husserl, Bradley and Bergson. What the paper will argue is that Eliot’s possible inspiration for the term is more indebted to the idealist tradition, and Bergson’s aesthetic development of it, than to the phenomenology of Husserl. (shrink)

Structuralism about mathematical objects and structuralist accounts of physical computation both face indeterminacy objections. For the former, the problem arises for cases such as the complex roots i and \, for which a automorphism can be defined, thus establishing the structural identity of these importantly distinct mathematical objects. In the case of the latter, the problem arises for logical duals such as AND and OR, which have invertible structural profiles :369–400, 2001). This makes their physical implementations indeterminate, in the sense (...) that their structural profiles alone cannot establish whether a given physical component is an AND-gate or an OR-gate. Doherty has recently shown both problems to be analogous, and has argued that computational structuralism is threatened with the absurd conclusion that computational digits might be indiscernible, such that, if structural properties are all that we have to go on, the binary digit 0 must be treated as identical to the binary digit 1. However, we think that a solution to the indiscernibility problem for mathematical structuralists, drawing on the work of David Hilbert, can be adapted for the analogous problem in the computational case, thereby rescuing the structuralist approach to physical computation. (shrink)

As it happened, I became acquainted with E.V. Il'enkov quite late, in the mid- or even the late 1960s. It was only a bit more than ten years before his death that I began to feel at home in his house, was able to visit without calling ahead, and was able to call him by his first name and the familiar "you"—that is, like many, many of not only his true friends but also like-minded thinkers, who became his close acquaintances, (...) most of whom justly considered themselves his pupils … The door would open wide, and Olia, Professor K.I. Salimova, Eval'd's wife and most devoted friend, not at all surprised by the unexpected guest and seemingly even quite happy at his arrival , would try first to draw him into the kitchen and feed him … which she more often than not succeeded in doing. I am not talking about myself: there were always many guests, and this is precisely how they arrived at the Il'enkovs' apartment. Recently, a critic in Literaturnaia gazeta recalled those whom he met in Eval'd's apartment in the 1960s: "This was a tight circle of like-minded thinkers," wrote the critic. "But some of them are no longer with us, while most are far away, beyond our borders." Obviously, he had not been in the house often or had forgotten things over the distance of years. There was no "circle," nor could there have been one—not with this host, not with his lifestyle and way of relating to people. I met a good hundred fine and various people in Eval'd's home: I.N. Korzhavin, V. Davydov, A. Meshcheriakov, S. Vinogradova, N. Dubinin, V. Zinchenko, A. Zinov'ev, Iu. Kamiakin, and … indeed, five pages would not be enough to list the quite famous and the not-quite-so-famous, simply ordinary people with no claim to fame. Nazym Khikmet, A.N. Leont'ev, and B.M. Kedrov were friends of the house … Ever new faces, figures, and words come to mind. I cannot forgive myself: once Eval'd Vasil'evich wanted to take me along to Iurii Liubimov's to read his play Neither God nor Tsar nor Hero … [Ni bog, ni tsar' i ni geroi], but I had some other business, something so important that I do not even remember now what it was, and it is probably not worth remembering. But most likely I was too timid to appear uninvited at the house of a person burning with creativity. The same thing happened with Galich … Eval'd liked especially his song about Zoshchenko. He did not sing it; he narrated it, but in such a way that tears always came to one's eyes. (shrink)

Proceeding from dinamism's strategy, Russia's civilization tasks of strategy of new monistic (ontology) traditions are revealed. These tasks represent connected with each other problems: the Problem of Education having the ontology load from the Way's nature (Fatherland-East); the Problem of the Federalism having theontology load of the System (Motherland-West).

Although Marx dubbed landowners one of the ‘three great classes’ of modern society, the most prominent Marxian and socialist thinkers of capitalism and land over the past century – from Lefebvre to Massey to Harvey – have implicitly or explicitly argued that landowners are not capitalism’s ‘third class’, and that the social relations of land are marginal or contingent to the mode of production as a whole. Through assessing the work of Marxist geographers, political economists, value-form theorists, and others who (...) have dismissed the class-status of landowners and blurred the line between ground rent and interest, this article argues that the theory of the landowning class is fundamental to the understanding of the totality of capitalist social relations, as well as to developing more incisive analyses of struggles around housing, land, and movement today. (shrink)

We propose a new approach to describe quantum mechanics as a manifestation of non-Euclidean geometry. In particular, we construct a new geometrical space that we shall call Qwist. A Qwist space has a extra scalar degree of freedom that ultimately will be identified with quantum effects. The geometrical properties of Qwist allow us to formulate a geometrical version of the uncertainty principle. This relativistic uncertainty relation unifies the position-momentum and time-energy uncertainty principles in a unique relation that recover both of (...) them in the non-relativistic limit. (shrink)

Decades of psychological research have been aimed at modeling how people learn features and categories. The empirical validation of these theories is often based on artificial stimuli with simple representations. Recently, deep neural networks have reached or surpassed human accuracy on tasks such as identifying objects in natural images. These networks learn representations of real‐world stimuli that can potentially be leveraged to capture psychological representations. We find that state‐of‐the‐art object classification networks provide surprisingly accurate predictions of human similarity judgments for (...) natural images, but they fail to capture some of the structure represented by people. We show that a simple transformation that corrects these discrepancies can be obtained through convex optimization. We use the resulting representations to predict the difficulty of learning novel categories of natural images. Our results extend the scope of psychological experiments and computational modeling by enabling tractable use of large natural stimulus sets. (shrink)

Its wisdom and sensitivity make Personal Knowledge required reading for epistemologists. By stressing the active components in scientific knowing--appraisal and commitment--Polanyi shows that knowledge is less "objective," more complex, and more widely distributed in nature than is tacitly supposed by most epistemologies. Knowing implies a foundation in skills, a confidence in one's ability to judge beyond the range of well-formulated rules, and a commitment to the existence of an answer to one's questions before the answer is in sight. Like a (...) Platonic dialogue, this book conveys more than it states, and the broad foundation of insight embodied in the examples would support more conceptual superstructure than Polanyi provides. But that serves to make it an instance of its thesis--that we know more than we can now say.--R. F. T. (shrink)