Interpretation Of Theory Research Articles

Enhancing skill acquisition knowledge and practice design in elite level swimming: Effects of a six-week online coach education intervention

In response to calls for examples from sports settings that highlight successful collaborations between skill acquisition specialists and coaches, this study evaluated the effectiveness of a skill acquisition coach education intervention. After an analysis of practice by a skill acquisition specialist, which provided context to impact learning design, two senior coaches from British Para Swimming with no prior knowledge of skill acquisition principles were observed and interviewed. The intervention harnessed coach experiential knowledge by emphasising development in understanding of theory underpinning three key principles of skill acquisition (i) implicit learning, (ii), focus of attention, and (iii) contextual interference, and encouraging informal and experiential learning between sessions. Following the intervention, coaches had adapted their approach to practice design to incorporate theory-informed techniques. Coach observations and interviews highlighted a range of novel findings in skill acquisition. First, outcomes indicated the use of implicit learning techniques in the form of analogy or metaphor cues can facilitate learning for athletes with intellectual disabilities. Second, coaches reported the learning benefits of utilising external and holistic focus cues in the elite athlete setting. Finally, through an increased understanding of the learning-performance distinction, coaches described the benefits of incorporating contextual interference, which emphasised temporal spacing between learning events. The coaches’ interpretation and implementation of skill acquisition theory are discussed with reference to potential avenues of exploration in future research.

Introduction to the Special WCQR-TQR Issue

In a joint effort between WCQR and TQR, this issue sets forth a collection of papers that draw on multiple methodological perspectives to qualitative research. Narrative analysis, ethnographic analysis, thematic analysis, grounded theory, situational analysis, and philosophical interpretation are among the analytic strategies that the authors showcase in their research before participating in a scholarly discussion of ethical, theoretical, and practical implications of these methodological choices.

Fault Characteristics and Reservoir Potential of Mesozoic Basins in the Southern East China Sea

The East China Sea Basin (ECSB) is an integral part of the Western Pacific tectonic system. Its development is linked to the Kula–Pacific Plate and the formation and expansion of the Philippine Sea Basin. Recent advancements in exploration technologies and theory have been applied to Mesozoic basins in the East China Sea. Researchers have posited that the southern basin has great oil and gas exploration potential. However, the characteristics and evolution of fault structures and their influence on hydrocarbon accumulation remain unclear. Here, in-depth geometric and kinematic analyses of Mesozoic fault structures in the southern ECSB were conducted using the latest interpretations of 2D seismic data and structural analysis theory. The findings revealed that the fault system was well developed and predominantly exhibited multiphase extensional and extensional-torsional features. Based on their lateral distribution and morphology, faults were categorized into three structural styles and seven combinations. According to their developmental timing, periods of active faulting were attributed to the Yanshan and Himalayan epochs. Multiphase fault activities strongly controlled the formation of traps and thus hydrocarbon accumulation, while earlier NE-trending faults controlled the formation of structural belts and hydrocarbon source areas.

Metal-organic framework-derived hierarchical flower-like DyCo-layered double hydroxide amalgamated nitrogen-doped graphene for diphenylamine detection in fruit samples: Theoretical density functional theory interpretation

Diphenylamine (DPA) is an environmental pollutant that can be potentially toxic. As a result, it is crucial to use basic and affordable analytical techniques to detect DPA. Electrochemical detection of DPA is a cost-effective and simple method. Modifying the electrodes with nanomaterials can enhance the electrochemical characteristics and sensitivity of the sensor. Herein, metal-organic framework (MOF) derived dysprosium cobalt-layered double hydroxide integrated nitrogen-doped graphene (DyCo-LDH/NG) is reported for the fabrication of the DPA sensing platform. The electrochemical oxidation of DPA is enhanced by the exceptional electrocatalytic activity and electron transfer properties of the DyCo-LDH/NG nanocomposite. Interestingly, the glassy carbon electrode (GCE) modified with DyCo-LDH/NG nanocomposite demonstrates a large linear detection range (0.05-470μM) and a low limit of detection (0.012µM). The density functional theory (DFT) study is employed to examine the energy levels and electron transfer sites of DPA during the electro-oxidation process. Furthermore, the practical efficiency test of the developed DPA sensor demonstrates a substantial recovery in fruit samples.

Преодоление политико-теологической логики в анархизме Густава Ландауэра

Schmitt’s flagship project of political theology has recently become the subject of widespread discussion in political philosophy. One of the trends that has emerged in the interpretations of this project is associated with criticism of Carl Schmitt’s political-theological approach itself. An increasing number of authors see political theology as a serious challenge for modernity, considering it a tool for justifying and legitimizing state violence. Therefore, there is a need to overcome political-theological logic and turn to other strategies for thinking about the political. At the same time, the question of resources that could act as an alternative to Schmitt’s project is becoming more relevant. The article proves that anarchist theory can become such a resource. The author, however, does not mean its classical version, reflected in the works of Pierre-Joseph Proudhon and Mikhail Bakunin. Having reconstructed Schmitt’s vision of anarchism, he shows that, although the German philosopher’s interpretation of anarchist theory was not completely correct, Schmitt was not entirely wrong when he called the classical anarchists of the 19th century anti-theological theologians and anti-dictatorship dictators, qualifying them as inverted counterparts to the theorists of state absolutism. However, anarchist thought is not confined to the attitudes of the followers of Bakunin and Proudhon. Thus, the author turns to the concept of Gustav Landauer, the German anarchist of the early 20th century, demonstrating that it is free from the inherent flaws of classical anarchism and presupposes a model of political thinking that is fundamentally different from Schmitt’s model, being located outside the political-theological frame. According to his conclusion, being free from political and theological assumptions, this model allows one to talk about politics and the social outside of the usual terms, such as state, power, domination, and subordination, moving rather towards the idea of autonomous communities, excluded from the current state order and at the same time coexisting with such order.

Interaction-Driven Instabilities in the Random-Field XXZ Chain.

Despite enormous efforts devoted to the study of the many-body localization (MBL) phenomenon, the nature of the high-energy behavior of the Heisenberg spin chain in a strong random magnetic field is lacking consensus. Here, we take a step back by exploring the weak interaction limit starting from the Anderson localized (AL) insulator. Through shift-invert diagonalization, we find that, below a certain disorder threshold h^{*}, weak interactions necessarily lead to an ergodic instability, whereas at strong disorder the AL insulator directly turns into MBL, in agreement with a simple interpretation of the avalanche theory for restoration of ergodicity. We further map the phase diagram for the generic XXZ model in the disorder h-interaction Δ plane. Taking advantage of the total magnetization conservation, our results unveil the remarkable behavior of the spin-spin correlation functions: in the regime indicated as MBL by standard observables, their exponential decay undergoes an inversion of orientation ξ_{z}>ξ_{x}. We find that the longitudinal length ξ_{z} is a key quantity for capturing ergodic instabilities, as it increases with system size near the thermal phase, in sharp contrast to its transverse counterpart.

We are the Same Mind! A Study of Zongmi’s Idea of the True Mind

Guifeng Zongmi 圭峯宗密 (780-841) was a prominent Chinese Buddhist scholar who lived during the Tang Dynasty. He is considered to be one of the most important figures in the development of Chinese Buddhism, particularly the Huayan (Flower Garland) and the Chan school. Within his own philosophical framework, Zongmi introduced the concept of the “True Mind of original enlightenment” (benjue zhenxin本覺真心). This paper presents a fresh interpretation of True Mind theories in Buddhism, drawing inspiration from Zongmi’s teachings. The proposed interpretation holds the following: (1) We are the same mind as the cosmic True Mind; (2) The essence of the True Mind is reflexive awareness devoid of content, whereas its conditioned function is reflexive awareness with content. To support this perspective, I characterize awareness as a dynamic activity within the threefold structure of inner time-consciousness. By applying this framework, I argue that the True Mind can be regarded as unchanging because reflexive awareness without content is without the experience of the flow of time. This proposal aims to reconcile the tension between the concept of the permanent True Mind as our True Self and the Buddhist doctrines of universal emptiness and no-self.

Search for charged-lepton-flavor violating μτqt interactions in top-quark production and decay in pp collisions at s=13 TeV with the ATLAS detector at the LHC

A search for charged-lepton-flavor violating μτqt (q=u, c) interactions is presented, considering both top-quark production and decay. The data analyzed correspond to 140 fb−1 of proton-proton collisions at a center-of-mass energy of s=13 TeV recorded with the ATLAS detector at the Large Hadron Collider. The analysis targets events containing two muons with the same electric charge, a hadronically decaying τ-lepton and at least one jet, with exactly one b-tagged jet, produced by a μτqt interaction. Agreement with the Standard Model expectation within 1.6 standard deviations is observed, and limits are set at the 95% confidence level (CL) on the charged-lepton-flavor violation branching ratio of B(t→μτq)<8.7×10−7. An effective field theory interpretation is performed yielding 95% CL limits on Wilson coefficients, dependent on the flavor of the associated light quark and the Lorentz structure of the coupling. These range from |clequ3(2313)|/Λ2<0.10 TeV−2 for μτut to |clequ1(2323)|/Λ2<1.8 TeV−2 for μτct. An additional interpretation is performed for scalar leptoquark production inducing charged-lepton-flavor violation, with fixed intergenerational couplings. Upper limits on leptoquark coupling strengths are set at the 95% CL, ranging from λLQ=1.3 to λLQ=3.7 for leptoquark masses between 0.5 and 2.0 TeV. © 2024 CERN, for the ATLAS Collaboration 2024 CERN

Bumps and detours of the domestic pathway of money laundering legislation

Aim: The aim of the paper is a brief review of the past 30 years of domestic legislation concerning the criminal act of money laundering, also to summarise the lessons learned from the modifications and to outline some aspects of legal-interpretation. Methodology: The paper analyses the periodical changes of the phrasing of the act and the legal policy intentions in connection with these changes. It takes a position on the academic debates concerning the application of the offence and critically assesses legal practice. Findings: The current legislation and practice of money laundering is still not without inconsistencies. Qualification of specific acts as money laundering could often contradict fundamental legal principles, the proper interpretation of actual or pseudo multiple-offence theory, the concurring aspects of aiding and abetting versus subsidiary or collateral offences, and the necessity to justify culpability or mens rea. While not disputing the legitimate purpose of the offence, nevertheless with an expectation of a more critical attitude regarding its application, effective investigation of the preliminary offences shall not be de-emphasised, as its effectiveness is still the most effective way to the prevention of money laundering. Value: The conclusions may contribute to a better founded jurisprudence concerning money laundering, as well as it may provide guidance for future codification considerations.

Interpretation of quantum theory in a cosmological perspective

We reconsider the problem of the interpretation of the quantum theory (QT) in the perspective of the entire universe and of the Bohr's idea that the classical language is the language of our experience and QT acquires a meaning only with a reference to it. We distinguish a classical or macroscopic state, and a quantum or microscopic one that is perceived only through the modifications that it induces in the first. The macroscopic state is specified by a set of variables, a classical energy–momentum tensor and conserved currents, which are supposed to have always a well-defined value. The microscopic state and dynamics are expressed by the usual QT formalism. For the macroscopic variables, a basic distribution of probability is postulated in terms of quantum operators and a statistical operator, what replace the usual probability rule of QT. For the universe, a variance of the ΛCDM model with Ω=1\\documentclass[12pt]{minimal} \\usepackage{amsmath} \\usepackage{wasysym} \\usepackage{amsfonts} \\usepackage{amssymb} \\usepackage{amsbsy} \\usepackage{mathrsfs} \\usepackage{upgreek} \\setlength{\\oddsidemargin}{-69pt} \\begin{document}$$\\Omega = 1$$\\end{document} is assumed, one inflaton, a Goldstone type potential, initial time at t=-∞\\documentclass[12pt]{minimal} \\usepackage{amsmath} \\usepackage{wasysym} \\usepackage{amsfonts} \\usepackage{amssymb} \\usepackage{amsbsy} \\usepackage{mathrsfs} \\usepackage{upgreek} \\setlength{\\oddsidemargin}{-69pt} \\begin{document}$$t = - \\infty$$\\end{document}, expectation values of all fundamental fields vanishing for t→-∞\\documentclass[12pt]{minimal} \\usepackage{amsmath} \\usepackage{wasysym} \\usepackage{amsfonts} \\usepackage{amssymb} \\usepackage{amsbsy} \\usepackage{mathrsfs} \\usepackage{upgreek} \\setlength{\\oddsidemargin}{-69pt} \\begin{document}$$t \ o - \\infty$$\\end{document}. The scalar fluctuations in the cosmic microwave background is correctly explained, but the absence of the tensor fluctuations remains not understood. This seems to suggest that gravity is a pure classical phenomenon what perhaps could be accommodated in our framework.

A third realm ontology? Naṣīr al-Dīn Ṭūsī and the nafs al-amr

ABSTRACT The standard interpretation of Avicenna's correspondence theory of truth posits that propositions either correspond to what exists extramentally or otherwise their truthmaker is mental existence. An influential post-Avicennian philosopher, Naṣīr al-Dīn Ṭūsī (d. 1274) points to the insufficiency of the above division of propositions and their respective truthmakers. He mentions the possibility of conceiving false propositions, such as ‘One is not half of two’ and postulates the necessity of the existence of another truthmaking domain for their true counterparts which he calls nafs al-amr. It is where objective and timeless entities, such as mathematical propositions, are located. While some claim that Ṭūsī's identification of this domain with the first Separate Intellect is a testimony to his Avicennian convictions, Ṭūsī's solution is a conspicuous departure from Avicenna that not only helps him remedy the insufficiency of Avicenna's theory of truth but is consistent with his critique of Avicenna's theory of God’s knowledge.

Interstellar exploration: From science fiction to actual technology

The technology for even the most advanced missions in the solar system doesn't need advances in basic science. Traveling through the solar system can be described through what is called ‵hard science fiction’, i.e. science fiction strictly based on scientific knowledge. Interstellar exploration is a completely different matter. Robotic flyby missions to the nearest stars using nanoprobes can be performed using technologies based on known science, while anything beyond this requires advances which we don't know how to implement, or even we are not sure whether they are possible at all. The point applies not only to the technological aspects but even the scientific bases on which the relevant technologies may rest. The missions requiring less scientific-technological advances, are slow missions, like space arks (generation ships) or missions based on hibernation with travel times up to hundred years. To implement both, the uncertainties are more related to the advances in space medicine and biology than in propulsion and physics. The fastest travels allowed by the current interpretations of the relativity theory are relativistic missions in which the time contraction at speeds closing the speed of light is exploited to decrease the travel time for the astronauts, although the travel time seen by those who remain on Earth is close, in years, to the distance traveled expressed in light years. However, the energy required for this type of missions is large and grows drastically with the increase of time contraction.Faster than light travel, which seems to be possible following some interpretations of relativity involving either wormholes or some sort of warp drive, requires substantial advances in fundamental physics. A symptom of this is that the novels dealing with interstellar travels belong more to the space opera – which doesn't follow strict scientific credibility – than to the hard science fiction subgenre. No novel of this kind explains details about how the relevant machinery works, and even less scientifically realistic are the movies, TV series, and videogames of this kind. Moreover, to achieve a travel time allowing to reach distant star systems in reasonable times using warp drives, the authors of Star Trek had to resort to the Warp Factor which is essentially a nonlinear scale. This makes the requirements for FTL travel even more difficult to achieve.

Nesmeyanova S.E. Levels (centers) of public authority: modern interpretation of theory and practice

Nesmeyanova S.E. Levels (centers) of public authority: modern interpretation of theory and practice

Once upon a time in superspace: the diegetic ideal for the interpretation of physical theories

This paper offers a novel argument for superspace substantivalism. Superspace is a modified spacetime represented formally through combining ordinary spatial dimensions with anticommuting dimensions whose coordinates are labelled in Grassmann numbers rather than real numbers. At supersymmetric worlds, physical laws exhibit supersymmetry—viz., a symmetry that transforms bosons into fermions and vice versa. Superspace substantivalism is the thesis that, at supersymmetric worlds, among the most fundamental structures is superspace. Initially, the focus will be on a prevalent doctrine in the philosophy of physics literature which I call the mimetic ideal. On the mimetic ideal, interpreting physical theories aims primarily at specifying their ontology, namely at achieving accurate reference (in natural-language accounts of those theories) or representation (in model-theoretic portrayals of those theories) with respect to aspects of physical reality. However, I show that the mimetic ideal doesn’t seem able to account for important aspects of physics practice (Sect. 2). In Sect. 3, therefore, I articulate and defend a new, diegetic ideal, according to which the interpretation of physical theories should aim at perspectival coordination between interpreters and practising physicists. Perspectival coordination, in the context of interpreting physical theories, means that interpreters and practising physicists share a perspective or a point of view on some aspect of physical reality described by that theory. In Sect. 4, I apply this analysis to the study of supersymmetric quantum field theories (QFTs): reframing the realist framework which underlies Baker’s (2020) agnosticism, I examine the exciting upshot that superspace substantivalism is true. I conclude with some reflections on what perspectival coordination means for realism (Sect. 5).

The International Criminal Court and the Justice Cascade

Abstract We present an original interpretation of the justice cascade theory developed by Kathryn Sikkink and her coauthors as it pertains to the icc’s engagements with African states since 2004. In doing so, we challenge a prominent and acclaimed critique of this theory: Oumar Ba’s States of Justice. Ba presents four qualitative case studies informed by fieldwork, focused on the admissibility challenges, selective cooperation, and obstructionism involving Uganda, Libya, Kenya, and Côte d’Ivoire. We closely examine the key publications in which the justice cascade theory is introduced, refined, and critiqued, identifying misinterpretations of this theory in Ba’s work and elucidating its empirical implications. Furthermore, we perform a citation analysis of States of Justice, demonstrating that the book, by virtually omitting primary sources of any type, misimplements its own empirical strategy. We introduce fresh legal analyses of compliance with the Rome Statute of the icc in the four relevant cases, revealing the dearth of evidence of noncompliance in all but the Kenyan case. Finally, we discuss legal analysis as a means of testing theories of international law and courts, and we illustrate the relevance of the justice cascade theory to current debates on the establishment of new international tribunals.

Equilibrium evaporation coefficients quantified as transmission probabilities for monatomic fluids

Equilibrium molecular dynamics (MD) simulations are used to investigate the liquid/vapor interface where particle exchange between the liquid and vapor phase is quantified in terms of the evaporation and condensation coefficient. The coefficients are extracted from MD simulations via a particle counting procedure. This requires defining a vapor boundary position for which we introduce an accurate and robust method and present a comparative study with existing methods from the literature. This novel method relies on the behavior of the flux coefficient within the interphase region by scanning the position of a particle sink boundary from the liquid toward the vapor phase. We find a distinct local maxima is attained on the vapor side of the interphase that is identified as the vapor boundary position based on an interpretation of transmission probability theory and the Kullback–Leibler divergence. The ratio of the evaporation flux to the outgoing flux at this location is defined as the evaporation coefficient. This method retains the simplicity of existing methods but eliminates several disadvantages. We apply this method to MD simulations of monatomic fluids neon, argon, krypton, and xenon. We observe a correlation between the molecular transport parameter appearing in the transmission probability theory and the characteristic interface fluctuation length scale from the capillary wave theory. This gives an expression for the evaporation coefficient that agrees well with values extracted from MD using the particle counting procedure. Compared to existing methods, the evaporation/condensation coefficient is determined more accurately for temperatures between the triple and critical points.

What is habit and how can it be used to change real‐world behaviour? Narrowing the theory‐reality gap

AbstractHabit change is often seen as key to successful long‐term behaviour change. Making ‘good’ behaviours habitual—that is, ensuring a behaviour is prompted automatically on exposure to situational cues, based on cue‐response associations learnt through context‐consistent repetition—is portrayed as a mechanism for sustaining such behaviours over time. Conversely, disrupting ‘bad’ habits is expected to terminate longstanding unwanted actions. Yet, some commentators have suggested that the role of habit in real‐world behaviour and behaviour change has been overstated. Such critiques highlight a gap between habit theory and the reality of human behaviour ‘in the wild’. This state‐of‐the‐field review aims to narrow this gap. Building on a core distinction between habit and habitual behaviour, our review seeks to offer interpretations of habit theory and evidence that will better manage intervention designers' expectations regarding how modifying habit can realistically be expected to promote behaviour change. We emphasise that habit is just one potential influence on behaviour at any given moment, and highlight instances in which habit may dominate over intention, and in which intention may dominate over habit, in determining behaviour frequency. We suggest that, while it may assist behaviour maintenance, habit formation may be neither necessary nor sufficient to sustain real‐world behaviour change. We draw attention to the various ways in which habit may be ‘broken’ (i.e., disrupted), and discern the implications of each habit disruption mechanism for long‐term cessation of unwanted behaviours.

Modernity under the Alias 'Oriental Bismarck' of Li Hongzhang: The Lack of Cultural Subjectivity and the Reconstruction of Nationalism

As a prominent politician of the late Qing dynasty, Li Hongzhang possessed numerous aliases, among which "Oriental Bismarck" holds a special significance. This appellation not only reflects the shift in the Chinese evaluation system of historical figures from traditional modes under the influence of Orientalism but also implies the consciousness and practice of nationalism in the modernization model of developing countries. Against the backdrop of the wave of colonialism and the statism vision of self-improvement, concepts like "Oriental-someone/something" in Chinese context embody a loss of cultural subjectivity of the traditional Chinese discourse power. Simultaneously, it reveals that, amidst the entanglement between the old China and the West, certain foreign elements and cultural symbols could be useful to construct the modernity and to affirm the uniqueness of China itself, by relying on nationalism. By analyzing the cultural significance and historical ruptures behind appellations like "Oriental Bismarck," this article adopts a postmodern historical perspective to criticize simplistic interpretations of modernization theory and explores how these appellations serve as important windows for studying the construction of history and modernity.

Состояние опьянения как признак транспортных преступлений

One of the most difficult issues of the qualification of transport crimes in investigative and judicial practice is still the issue of assessing violations of traffic rules and (or) operation of vehicles, as well as other requirements of transport safety, committed while intoxicated, and associated with the abandonment of the place of a traffic accident by the culprit. These signs have long been in the area of close attention not only of the legislator and law enforcement officer, but also of the entire scientific community, nevertheless, they have not yet received a proper exhaustive interpretation both in theory and in the norms of the law themselves. The article attempts to resolve the accumulated contradictions, formulates proposals for improving the criminal law mechanism for countering criminal accidents in transport caused by persons who are intoxicated.

Идеята за допълнителност в научното познание като стил на мислене

The principle of complementarity, raised by Niels Bohr as a kernel of the Copenhagen interpretation of quantum theory, as well as the principle of equivalence of space geometries, raised by Hans Reichenbach, are critically discussed as epistemological approaches at achieving theoretical representations of complex objects of research, which stay far from the ordinary human experience. Both principles share a congenial style of thinking. I also point to theoretical ways that lead out of the grip of these principles.