Mindful that philosophy is for Kofman always sublated by literature and psychoanalysis, this essay examines Kofman's rarely discussed text ‘Conversions: The Merchant of Venice under the Si...

Cinema serves as a mirror, reflecting the development or state of society. It plays an important function in entertainment and education and can bring about a shift in our perspectives and attitudes. The article includes a descriptive analysis of Deaf Culture as a prominent subject in the movies Sound of Metal () and CODA () and clarifies the most prevalent misconceptions about disability in both films. In recent years, filmmakers have made an effort to create true and authentic representations of (...) Deaf Culture, moving beyond the notion of a tokenized portrayal of the Deaf. They shifted the emphasis away from unwarranted sympathy towards perceptive analyses of Deaf characters with the aim of dismantling the embarrassing perception of deafness. Filmmakers have provided the Deaf population with a voice by giving real-life Deaf performers a place in mainstream cinema. Even though many efforts have been made, the article also shows that the mainstream media have not generally represented the Deaf Community favourably. Furthermore, the article looks at the psychological conflict that arises when hearing people and hearing-impaired people share the same room. (shrink)

This paper explores how a set of observations on the weight of lead were interpreted and assessed between the 1540s and the 1630s across three different interconnecting disciplines: medicine, mineralogy and chemistry. The epistemic import of these discussions will be demonstrated by showing: 1) the changing role and articulation of experience and quantification in the investigation of metals; and 2) the notions associated with weight in different disciplinary frameworks. In medicine and mineralogy, weight was not considered as a specific subject (...) of inquiry in itself, but as a “sign” indicating other relevant properties of metals. In contrast, the chemistry tradition was increasingly concerned with the specific investigation of weight as a property of matter, as seen in the debates that took place in the “chemical revolution.” In addition, this study will reveal the versatility, polysemy, and parallel purposes of the recourse to experiential knowledge in different contexts, where the same “facts” operate within different disciplines. (shrink)

This essay examines Hume’s treatment of money in light of his view of the imagination. It begins with his claim that money is distinct from wealth, the latter arising, according to vulgar reasoning, from the power of acquisition that it represents, or, understood philosophically, from the labor that produces it. The salient features that Hume identifies with the imagination are then put forth, namely its power to combine ideas creatively and the principle of easy transition that characterizes its movement among (...) them. Two issues that these features explain are then discussed: first, why people take value to lie in the material of which money is made, and, second, why they assign value to what they take money to represent, namely, wealth. In both cases, the imagination creates a new relation, an illusion or fiction, that cannot be traced directly to experience. In the case of money, the faculty conjoins what is intangible (the power of acquisition) with the physical qualities of specie; in the case of property it produces a causal relation that connects persons with objects to constitute stable possession that constitutes ownership. Hume also appeals to the imagination to explain the rules of property that subsequently develop (present possession, occupation, prescription, and transference). The essay concludes by emphasizing that being based on the imagination is not in itself indicative of any instability in either money or property and the practices they enshrine, a feature they share with other phenomena (such as the self and continued existence) that Hume also traces to the same faculty. (shrink)

Solid-state processing of metal material is a very complex physical and chemical process, which is coupled by a series of variations including heat transfer, momentum transfer, mass transfer, and phase change. Applying three-dimensional finite element numerical method to the simulation of solid-state processing can perform analysis of metal material’s forging processes before production trial production, can obtain their relevant information such as material flow law, temperature field, and strain field under the minimum physical test conditions, thereby predicting metal material’s forming (...) defects and improving their forging quality. On the basis of summarizing and analyzing previous research works, this paper expounded the current status and significance of solid-state processing of metal materials, elaborated the development background, current status, and future challenges of 3D finite element numerical simulation, introduced the discrimination method and free surface solution method of numerical simulation calculation, conducted finite element model’s geometric assumptions, material selection, element division, model establishment, parameter selection, and initial and boundary condition determination, and simulated and analyzed rheological casting, remelting heating, thixoforming, and rotary piercing processes of metal materials. The results show that the 3D finite element numerical method can not only simulate various processes of flow field, temperature field, stress field, and microstructure in solid-state processing but also can provide a reliable basis for effectively obtaining a reasonable description and finding a more optimized design plan for metal material processing in a short time, which plays an important role in understanding and analyzing solid metal forming process, controlling and optimizing process parameters, guiding and mastering rheological casting, and secondary heating and rotary piercing of metal materials. (shrink)

We have investigated the nonlinear low-frequency microwave absorption of an ensemble of small metallic grains. Earlier Zhou et al. [Phys. Rev. Lett. 77, 1958 (1996)] have proved that linear absorption by such a system is due to a mesoscopic relaxation mechanism for which important contribution is from the grains with small level spacings between the ground state and the first excited state. Here we have shown further that such grains are anomalously sensitive to the field amplitude and the distribution of (...) level spacings. Since such a behavior depends on external magnetic field, we expect the appearance of a giant nonlinear magnetoresistance, as well as a very strong temperature dependence of the nonlinear microwave conductivity. (shrink)