Phenomenological Trend Research Articles

GPU-based computing analysis for charged-particle production in heavy ion collisions

The innovation of this paper lies in the introduction of GPU acceleration, which has greatly speeded up the projects progress. It begins by offering a brief overview of the research history on quark-gluon plasma (QGP) and the corresponding research tool, heavy ion collisions. The paper mainly focuses on data analysis of a significant process within the hadronic collisions, namely, the charged-particle production. The investigation of this process is an integral part of QGP research, as it occurs promptly after the formation of QGP. By applying the tracklet method to the datasets collected by ALICE detector, an estimate of the charged-particle multiplicity density is presented. The finding then suggests a positive correlation between the number of participating nucleons in the collision and the normalized charged-particle multiplicity density. Notably, this dependence on centrality is similar to the research conducted by the ALICE collaboration, but derived from a distinct dataset. It indicates that there should be an underlying mechanism behind the intriguing phenomenological trend waiting for further exploration. These studies have the potential to enhance the understanding of quantum chromodynamics (QCD) and provide insights into the true nature of the universe.

The Financial Performance of Commercial Banks and Their Financial Management Practices: A Case Study

The research used IDBI Bank's Hazratganj Branch in Lucknow as a case study to look at how financial management methods affect the bottom line of commercial banks in the city. Its direction came from three main points: i) to investigate the impact of risk management on IDBI Bank, Riyadh's financial performance ii) research the effects of working capital management on the financial performance of IDBI Bank's Hazratganj Branch; and iii) evaluate the effects of assets management on the same branch's financial performance. Integrating qualitative and quantitative methods, the study followed a phenomenological trend. So far, sixty-two people have participated in the research. Analysis of the data showed that the following management functions had the highest Adjusted R Square values: risk (66.4%), working capital (51.9%), and assets (82.5%). Finally, the financial performance was much improved because to the crucial role that risk management played. Evidence from this study supports the idea that risk management is an essential management function for sound financial results. Furthermore, it was shown that the commercial bank's financial performance was significantly improved by better asset management. Management should handle creditors and cash inventories well, according to the report, so that institutions may fund their activities without financial constraints. They also said that as commercial banks deal with liquid currency, it makes sense for them to improve their liquidity by maintaining good relationships with their shareholder

X-Ray Photoelectron Spectroscopy Estimation of Cobalt Seed Layer Reactivity Toward Air Exposure: A Challenge?

For the last several generations of CMOS technology, copper has been used widely as an interconnect material in the back end of the line (BEOL). [1] [2] [3] As the current nodes technology are decreasing continuously, several copper scaling challenges appeared such as the Cu barrier thinning, the copper electromigration... [4] [5] Hence, cobalt and ruthenium are proposed as replacement materials. Recently, Co has made inroads in microelectronics, specifically on-chip metallization, serving as a capping layer for Cu to diminish electromigration but also provide a better conductivity for line width inferior to 10 nm [6] [7] [8].In this very challenging context, the control of Co surface oxidation process is strategic. Conformal Co seed characteristics (i.e electronic conductivity), preceding the following filling chemistry, are partially related to its surface oxide. Its understanding, then its control, will be determinant to access to a perfect and reliable filling of the nodes. To collect quantitative information, we carefully investigate the behavior of a pure Co metallic surface which is exposed to air oxidation. For this purpose, we have used a 400nm thick Co layer electrochemically plated using Kari© aveni acidic chemistry. The Co layer is electrochemically deposited on Co seed (3nm) /Ta/TaN barrier/Tetraethyl orthosilicate (TEOS). The latter, with its native oxide, is introduced in ultra-high vacuum (UHV) of a XPS Nexsa ThermoFisher spectrometer. Then, a totally deoxidized Co surface is obtained with a argon beam sputtering. The initial free oxide bulk metallic Co is then checked by XPS. Starting from this surface, we explore again by XPS, consequences of different air exposure times using the entrance prepation chamber of the spectrometer. According to the time air-exposure, the kinetic of the oxide growth mechanism can be evaluated. Our work shows clearly that the metallic Co surface evolves very quickly to an ultra-thin (<nm) oxide capping layer whose thickness will increase slowly, progressively. However, the metallic signal of the buried metallic Co is always present even for very long-time air-exposure. These results indicate a phenomenological trend over the oxide thickness limit. In our paper, these kinetic studies which are very reproducible in time and spectral modifications will be analyzed as all the different Co oxide phases thanks to the Co2p and O1s spectra from XPS (Figure.1). Moreover, a simulation of behaviors of this oxide surface coverage immersed in acidic solution will be proposed to understand how an ultra-thin Co seed layer interacts in Co filling solution. For both cases (air-exposure and cobalt filling solution) the results comparison and a discussion will be proposed .

Karl Jaspers' General Psychopathology (Allgemeine Psychopathologie) and Its Implication for the Current Psychiatry.

Karl Jaspers is a psychiatrist, philosopher, and humanist. In 1913, he published the General Psychopathology (GP; Allgemeine Psychopathologie), the first edition. Despite the passage of one hundred years after the GP was published, GP still has a potential value to present a phenomenological and comprehensive viewpoint for psychiatry to overcome Kraepelinian-biological absolutism. The philosophical backgrounds of a Jaspersian phenomenological sense have been related to both the transcendence and the immanence roots. Partly under the influence of a Husserlian distinction between the natural and phenomenological attitudes, a rigid distinction between explanation and understanding has been proposed as the proper epistemological method in Jaspers' GP. Further, the fact that a distinction between process and development has been presented as the psychical phenomenon is understandable. The integrated and comprehensive viewpoint establishment for the state of "Babylonian confusion of tongues" in German psychiatry as well as the newly initiating phenomenological trend in psychiatry have been the legacies of Jaspers' GP. Moreover, the common theoretical backgrounds may be shared by the Jaspersian sense and humanitarian approaches in Korean psychiatry. Also, the Jaspersian sense may help the current molecular psychiatry to have a chance to overcome its solipsism and limitations.

Development of Self-report Scale for the Personal Traits of Gifted Students in Algerian Secondary School

This study shed light on the development of self-report scale for the personal traits of gifted students in Algerian secondary school. It used the style of self-report which is based on the phenomenological trend. The dimensions of this scale were determined in the following traits: motivation, emotional stability, positive self-esteem, internal control, and deep learning style. In order to extract the psychometric properties of the scale, a scale of (62) items was applied on (54) distinguished students of the secondary level. After the statistical analysis of these items, (45) distinct items were selected to create the tool, which was also checked for its validity using the split half method where the correlation coefficient of the scale validity was (0.881). As for the reliability of the tool, the alpha coefficient rate of the internal consistency was (0.873). In conclusion, these results are satisfactory for considering this scale as a valid tool to explore gifted students.&#x0D; Keywords: Scale, Self-report, The gifted, Traits, Students.

Karl Jaspers' General Psychopathology (Allgemeine Psychopathologie) and Its Implication for the Current Psychiatry.

Karl Jaspers is a psychiatrist, philosopher, and humanist. In 1913, he published the General Psychopathology (GP; Allgemeine Psychopathologie), the first edition. Despite the passage of one hundred years after the GP was published, GP still has a potential value to present a phenomenological and comprehensive viewpoint for psychiatry to overcome Kraepelinian-biological absolutism. The philosophical backgrounds of a Jaspersian phenomenological sense have been related to both the transcendence and the immanence roots. Partly under the influence of a Husserlian distinction between the natural and phenomenological attitudes, a rigid distinction between explanation and understanding has been proposed as the proper epistemological method in Jaspers’ GP. Further, the fact that a distinction between process and development has been presented as the psychical phenomenon is understandable. The integrated and comprehensive viewpoint establishment for the state of “Babylonian confusion of tongues” in German psychiatry as well as the newly initiating phenomenological trend in psychiatry have been the legacies of Jaspers’ GP. Moreover, the common theoretical backgrounds may be shared by the Jaspersian sense and humanitarian approaches in Korean psychiatry. Also, the Jaspersian sense may help the current molecular psychiatry to have a chance to overcome its solipsism and limitations.

Erratum to: Statistical Characterization of Heat Release Rates from Electrical Enclosure Fires for Nuclear Power Plant Applications

Since the publication of NUREG/CR-6850/EPRI 1011989 in 2005, the US nuclear industry has sought to re-evaluate the default peak heat release rates (HRRs) for electrical enclosure fires typically used as fire modeling inputs to support fire probabilistic risk assessments (PRAs), considering them too conservative. HRRs are an integral part of the fire phenomenological modeling phase of a fire PRA, which consists of identifying fire scenarios which can damage equipment or hinder human actions necessary to prevent core damage. Fire ignition frequency, fire growth and propagation, fire detection and suppression, and mitigating equipment and actions to prevent core damage in the event fire damage still occurred are all parts of a fire PRA. The fire growth and propagation phase incorporates fire phenomenological modeling where HRRs have a key effect. A major effort by the Electric Power Research Institute and Science Applications International Corporation in 2012 was not endorsed by the US Nuclear Regulatory Commission (NRC) for use in risk-informed, regulatory applications. Subsequently the NRC, in conjunction with the National Institute of Standards and Technology, conducted a series of tests for representative nuclear power plant electrical enclosure fires designed to definitively establish more realistic peak HRRs for these often important contributors to fire risk. The results from these tests are statistically analyzed to develop two probabilistic distributions for peak HRR per unit mass of fuel that refine the values from NUREG/CR-6850, thereby providing a fairly simple means by which to estimate peak HRRs from electrical enclosure fires for fire modeling in support of fire PRA. Unlike NUREG/CR-6850, where five different distributions are provided, or NUREG-2178, which now provides 31, the peak HRRs for electrical enclosure fires can be characterized by only two distributions. These distributions depend only on the type of cable, namely qualified versus unqualified, for which the mean peak HRR per unit mass is 11.3 and 23.2 kW/kg, respectively, essentially a factor of two difference. Two-sided, 90th percentile confidence bounds are 0.0915 to 41.2 kW/kg for qualified cables, and 0.0272 to 95.9 kW/kg for unqualified cables. From the mean (~70th percentile) upward, the peak HRR/kg for unqualified cables is roughly twice that for qualified, increasing slightly with higher percentile, an expected phenomenological trend. Simulations using variable fuel loadings are performed to demonstrate how the results from this analysis may be used for nuclear power plant applications.

Understanding the Strength of Gentleness: Soft-Skilled Leadership on the Rise

This paper focuses on the topic of “soft skills” as an intrinsic part of successful leadership. The first part of the paper presents a literature review about the shift in perspective in recent years on what matters in leadership, and the significant changes this prompted in some areas of education and corporate recruitment. In the second part, the findings of a year round study conducted among Los Angeles based workforce members in an MBA program are presented. By utilizing a multi-method approach, consisting of a survey model with three open ended, interview style questions, and data analysis in phenomenological trend, a number of interesting findings emerged, supporting the literature reviewed, that soft leadership skills, such as self-awareness, self-regulation, motivation, empathy, and social skills, are steadily on the rise, and that greater attention should be apportioned to strengthen these skills in future leaders.

Nietzsche and Wittgenstein: Cinematic Margins

The article consists of two logically independent parts. The first one deals with the influence of Wittgenstein and Nietzsche on the philosophy of cinema of Stanley Cavell and Gilles Deleuze, presupposing that the first one was more influenced by the former and the other one by the latter. The article also expresses some attempts to compare the two philosophies of cinema. The author discerns one common aspect: in opposition to the analytical and phenomenological trend, they both do not question the nature of cinematic experience and the intentionalism / nonintentionalism dilemma. On the other hand, they expose two different attitudes towards the meeting of thought and emotion in cinema practice. A detailed analysis of the integration of Nietszchean ideas in Deleuze’s philosophy of cinema reveals several possibilities for philosophy and cinema to meet. Firstly, the interpreter is able to use philosophical concepts for the experimental explanation of cinema; secondly, one can see cinema and philosophy as one problemic tisssue; thirdly, it is possible to consider (reasonably or not) some philosophical insights as an intention of the cinema director. The other part of the article is devoted to the image of Nietszche and Wittgesntein in the art of cinema, created by Liliana Cavani and Derek Jarman. The analysis shows that not all movies about philosophers have something to do with philosophy itself. The author discusses the four movies created by Cavani (The Night Porter (1974), Beyond Good and Evil (1977), The Berlin Affair (1983), Francesco (1989)), and concludes that one cannot discern any philosophical aspect in the movie Beyond Good and Evil on Nietzsche’s biography. On the other hand, it doesnot mean that biographical movies have nothing to do with philosophy. Derek Jarman’s movie Wittgesntein (1993) demonstrates the possibility of a creative integration of philosophical thinking into the tissue of the experimental cinema.

X-rays and electrical characterizations of ordered mesostructurated silica thin films used as sensing membranes

Mesoporous silica (MPS) thin films were characterized by X-ray analysis and electrical measurements to investigate possible correlation between structural order and best response of this kind of sensing material toward RH and alcohols vapours. Both energy dispersive X-ray diffraction and X-ray reflectometry results have been discussed to describe the ordered porosity distribution in the amorphous film. A phenomenological trend of the resistive-type sensors response changing calcination has been found and related to the change in the porosity order of MPS thin film.

Roman Ingarden’s theory of intentional musical work

Roman Ingarden (1893-1970) is a representative of the phenomenological trend in philosophy. He pursued his ontological interests in his fundamental treatise Das literarische Kunstwerk that was the starting point for his studies of other areas of art including music. For Ingarden, direct musical experience is a starting point for philosophical reflection, which should be free from any theoretical prejudice. He considers the essence of the musical work in such dimensions as ontological, the work?s structure, its perception and axiology (aesthetics). Ingarden formulates a thesis about a single layer of the musical work, an aspect which distinguishes music from other works of art. A musical work is for him a purely intentional object whose origins spring from creative acts of composers and whose ontological basis rests directly in the score.

Strongly anisotropic s-wave gaps in exotic superconductors

The exotic superconductors, defined as those that follow the phenomenological trend reported by Uemura (T c approximately proportional to λL −2), at present constitute the most broad and general class of superconductors which can reasonably be considered 'similar to the high-T c cuprates'. It is therefore of much interest to determine the forms of their pairing gap functions. We examine evidence for the gap forms in non-cuprate exotics and demonstrate some general features. The cubic materials often have highly anisotropic gaps. The planar materials tend to have an even stronger gap anisotropy, to the extent that they often have gap nodes, but nevertheless they usually have an s-wave-like gap symmetry. There is good evidence for the latter even in the controversial cases of planar organics and nickel borocarbides. Exceptions to these generalizations are also pointed out and discussed.

SUPERCONDUCTIVITY IN THE VICINITY OF A 2D ELECTRONIC TOPOLOGICAL TRANSITION

We review some results concerning the superconducting properties of a 2D superconductor in the proximity to an electronic topological transition (ETT). In contrast to the 3D case, we find that the superconducting gap at T = 0 is characterized by a nonmonotonic behavior, with maxima occurring close to the ETT, both for s- and for d-wave pairing. Such a result is in good qualitative agreement with the phenomenological trend recently observed for [Formula: see text] as a function of the hopping ratio t′/t for several cuprate compounds. We also derive a nonmonotonic dependence of the quasiparticle inverse lifetime due to impurity scattering. We further analyze the effect of an ETT on the Ginzburg-Landau stiffness η, for which we recover an expression analogous to the case of an isotropic dispersion relation.

Phenomenological Claims and the Myth of the Given

Over the past twenty years, Husserlian phenomenology has increasingly drawn the attention of the cognitive community, thereby leading to the emergence of what might be called a phenomenological trend within contemporary cognitive studies. What this phenomenological trend really amounts to is however a matter of debate. The reason is that it embodies, in fact, a multifaceted reflection about the relevance of Husserlian phenomenology to the current efforts towards a scientific theory of cognition, and, to a lesser degree, about the reciprocal relevance of these efforts to the fate of the Husserlian tradition. Indeed, it covers a wide array of perspectives on these questions, ranging from tentative demonstrations of the cognitively misleading character of Husserl's ideas, inasmuch as they would incarnate the same foundational errors as cognitivism (Hall and Dreyfus 1982), to diametrically opposed views arguing that the naturalist bent of contemporary cognitive science is ill-conceived, and that only the brand of transcendentalism defended by Husserl can provide it with adequate foundations (cf., for instance, Villela-Petit 1999).

Effects of an electronic topological transition for anisotropic low-dimensional superconductors

We study the superconducting properties of a two-dimensional superconductor in the proximity to an electronic topological transition (ETT). In contrast to the 3D case, we find that the superconducting gap at T=0, the critical temperature Tc, and the impurity scattering rate are characterized by a nonmonotonic behavior, with maxima occurring close to the ETT. We derive analytical expressions for the value of such maxima both in the s-wave and in the d-wave case. Such expressions are in good qualitative agreement with the phenomenological trend recently observed for Tc^max as a function of the hopping ratio t'/t across several cuprate compounds. We further analyze the effect of an ETT on the Ginzburg-Landau stiffness eta. Instead of vanishing at the ETT, as could be expected, thus giving rise to an increase of the fluctuation effects, in the case of momentum-independent electron-electron interaction, we find eta different from 0, as a result of an integration over the whole Fermi surface.

La phénoménologie a-t-elle un intérêt en pédopsychiatrie ?

Three points might explain why there is no phenomenological trend in child psychiatry: 1. Historical: fathers of phenomenological psychiatry were inspired by a philosophy in progress that was ignoring the issue of childhood; 2. ideological: fathers of child psychiatry were inspired by psychoanalysis; phenomenological philosophy is usually supposed to be a way of resistance to psychoanalysis; 3. existential: phenomenology is helpful for criticizing adult psychiatrist’s working reality, focused on techniques; child psychiatrist’s playing reality is in itself a natural way of questioning what means living in the world. (N.B. The authors have in mind a specific type of approach of the mental patients, taking its roots in the philosophic works of Eugene Minkowski, Binswanger and a few others. In ancient greek, phainomenon is «what appears». It is in some way close to the true meaning of apcalypsis, i.e. the revelation. While in American psychiatric literature, «Phenomenology» means a kind of inventory of symptoms without an attempt to explain them by looking for a possible meaning. The American phenomenologist can make use of the DSM-IV, the philosophically-minded cannot. 〚Editor’s note〛).

Energy-dependent nucleus-nucleus potential with the Paris interaction

The lowest-order Brueckner theory is employed to evaluate the effective interaction between two nucleons having intrinsic as well as collective relative motion using the Paris potential. The authors apply the above effective interaction to calculate the real part of the nucleus-nucleus potential in the energy density formalism with the frozen-density approximation at various incident energies. It is found that the real part of the nucleus-nucleus potential increases with the bombarding energy up to approximately=30 MeV A-1 and above this energy it decreases. The high-energy fall of the potential is in qualitative agreement with the phenomenological trend.