A ‘certain hand’ and its margin of error

2021 ◽  
Vol 6 (1) ◽  
pp. 49-67
Author(s):  
Eirini Boukla

Suppose we consider an independent artist tolerance allows for a ‘margin of error’ as an aesthetic measure, it follows that its innate implication must impact on any, and all artworks, its intervention and the effects of its making. Seeing this independent tolerance, strangely, intersecting with a certain drawing and its erring in doing, this writing considers the link between error and an enduring measure of the artist’s hand and reconsiders its indexical relation to the artist. The inquiry begins with a reflection on Katharina Hinsberg’s (1999) Nulla dies sine linea ('No Day without a Line'), where error and a detached automated approach to drawing is emphasized. Going on, brings into the discussion Warhol’s ‘blotted line’, which prefigures a notion of a ‘failure of reproduction’ and the production of its effects. Elaborating, on Hinsberg’s subjective resistance and Warhol’s failure of reproduction, the discussion brings on board Christopher Wool’s, and Wade Guyton’s technical execution and erring. Marked by craft, tools and by decisions about tools, Wool’s and Guyton’s work resolutely embraces the hand encumbering the reasoning of the mind’s judgements and the use and fidelity of machined methods of reproduction. Wool’s roller, stamp, stencil, and Guyton’s skewed digital technologies, their operational error and technical failure take the mind and the hand back together, and demonstrate that perhaps the trace of the artist’s hand, no matter how dispassionate, ironic or vacuous of meaning stubbornly remains a drawing’s most compelling message.

Author(s):  
Irina A. Gerasimova ◽  

The article combines historical, cultural and systematic approaches to the analysis of digital transformations of society and man. Digital technologies play a crucial role in the transformation of economy, politics and society at the new stage of technologization. Developments and strategic projects for the introduction of arti­ficial intelligence, robotics, augmented and hybrid realities are implemented not only in the areas of dangerous, labor-intensive and routine work (i.e. in military affairs, industry, financial and economic operations), but also in the intellectual and creative spheres. The global time of change requires a global-system analysis. The invention of high information technologies and the interest of big business in the one-sided technologization of society disrupted the balanced co-evolution of computer technology and society. The author offers a noo-eco-geosystem ap­proach to the analysis of the crisis of technogenic civilization and the search for ways out of it. The complex grid of coordinates of the analysis includes planetary-physical, geo-ecological, geopolitical, geo-economical, geo-social, national socio-cultural, ethical and anthropological dimensions. The noo-eco-geosystem ap­proach makes it possible to reveal the catastrophic risks of digital economy and society strategies. The author considers energy and information and communica­tion technologies as catalysts for the accelerated transformation of society and the individual. These catalysts allow us to identify both the negative and positive as­pects of the global processes of evolution, as well as the “positive in the nega­tive”. The system analysis of digital transformations of society and man assumes consideration of methodological aspects of opportunities and limitations of tech­nologies. The destructive and purifying character of the transformations of nature and society is considered as a self-organizing process of the formation of the global world order, the future picture of the world and the qualitative transforma­tions of the mind on the basis of the values of noospheric ethics and geosociality


Author(s):  
Robert C. Stalnaker

A mental state is luminous if and only if being in a state of that kind always puts one in a position to know that one is in the state. This chapter is a critique of Timothy Williamson’s margin-of-error argument that no nontrivial states are luminous in this sense. While I agree with Williamson’s rejection of a Cartesian internalist conception of the mind, I argue that an externalist conception (one based on information theory) can be reconciled with the luminosity of intentional mental states such as knowledge. My argument, which uses an artificial and simplified model of knowledge, is not a direct rebuttal to his argument, as applied to a more realistic notion of the knowledge of human beings, but I argue that it shows that a luminosity assumption is compatible with externalism about knowledge, and it suggest an intuitively plausible strategy for resisting his argument.


Author(s):  
Kieran Fenby-Hulse

In this essay, I consider the music that has been chosen as part of the previous essays in this collection. I attempt to understand what this assemblage of musical tracks, this anthropology playlist, might tell us about fieldwork as a research practice. The chapter examines this history of the digital playlist before going on to analyse the varied musical contributions from curatorial, musicological, and anthropological perspetives. I argue that the playlist asks us to reflect on the field of anthropology and to consider the role of the voice, the body, the mind with anthropology, as well as the role digital technologies, ethics, and the relationship between indviduals and the community.


2021 ◽  
Vol 10 (2) ◽  
pp. 294-298
Author(s):  
Irina Vasilievna Odaryuk ◽  
Iuliia Yuryevna Kotliarenko

The purpose of this research is to study the teaching staff opinion on the use of digital technologies in the process of teaching foreign languages at a technical university. In the context of education transformation the question of finding and applying new interactive learning technologies becomes especially relevant. The teachers of Foreign Languages Department at Rostov State University pay great attention to this problem. The use of modern mobile applications in foreign language classes for teaching various types of speech activity shows positive results. In particular, the Mind Maps technology has been tested by us in class while teaching lexical topics corresponding to the steering documents of specialties. Its use in the educational process facilitates the perception and memorization of lexical material by students, promotes the development of speech skills, and makes the learning process exciting. It was found that in the course of working on the creation of Mind Maps, students with a high level of digital skills are more successful in overcoming the language barrier, striving to expand the scope and diversify the structure of Mind Maps. The results of a survey of teachers on the effectiveness of using this method in teaching foreign languages as well as the readiness to use digital techniques while working with students are presented. The positive and negative aspects of introducing digital methods into the educational process, the interest of senior teachers to use modern technologies and their active integration into the learning process are revealed. The results can be applied by university professors and school teachers in the process of teaching foreign languages and other courses. The research methods were the method of static description of the material, polling, analysis, comparison and generalization of scientific information.


2018 ◽  
Vol 41 ◽  
Author(s):  
Peter DeScioli

AbstractThe target article by Boyer & Petersen (B&P) contributes a vital message: that people have folk economic theories that shape their thoughts and behavior in the marketplace. This message is all the more important because, in the history of economic thought, Homo economicus was increasingly stripped of mental capacities. Intuitive theories can help restore the mind of Homo economicus.


Author(s):  
Richard G. Sartore

In the evaluation of GaAs devices from the MMIC (Monolithic Microwave Integrated Circuits) program for Army applications, there was a requirement to obtain accurate linewidth measurements on the nominal 0.5 micrometer gate lengths used to fabricate these devices. Preliminary measurements indicated a significant variation (typically 10 % to 30% but could be more) in the critical dimensional measurements of the gate length, gate to source distance and gate to drain distance. Passivation introduced a margin of error, which was removed by plasma etching. Additionally, the high aspect ratio (4-5) of the thick gold (Au) conductors also introduced measurement difficulties. The final measurements were performed after the thick gold conductor was removed and only the barrier metal remained, which was approximately 250 nanometer thick platinum on GaAs substrate. The thickness was measured using the penetration voltage method. Linescan of the secondary electron signal as it scans across the gate is shown in Figure 1.


2019 ◽  
Author(s):  
Jeannette Littlemore
Keyword(s):  

Author(s):  
W. T. Singleton
Keyword(s):  

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