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This paper builds on assemblage theory to propose a new theoretical understanding of modernity. While the conceptual framing is meant for modernity at large, this paper locates its conceptual discussion in the context of tourism in Macao and illustrates how plasmatic thinking, the new conceptual framework proposed, advances analysis of aspiration, exploitation and freedom of its tour guides. Plasmatic thinking helps examinations of tourism labour to engage with the fragile and fluid nature of the sociomaterial environments. Instead of structures, networks or fluidities, plasmatic thinking sees the world as composed of 'plasmas' – 'charged' sociomaterial clustering of objects, humans and the processes between them. Plasmas are a form of charged matter falling outside solid, liquid and gaseous states and metaphorises the fragility and impermanence of sociomaterial situations for plasmas disintegrates when discharged. The attention to charges and fragility of plasmas helps describes both pandemic levels shocks and everyday disruptions. Through a plasmatic analysis of the falling apart and coming together of such plasmas and how they bring about significant consequences to Macao's tourism, I showcase plasmatic thinking as a theoretical approach which vividly uncovers the fragility and fluidity of modernity and the workings of power in our sociomaterial worlds. [ABSTRACT FROM AUTHOR]

This paper reflects on the paradigmatic assumptions and ideologies that have shaped algorithmic management research. We identify two sets of assumptions: one about the "ontology of algorithms" (which holds that human resource management [HRM] algorithms are non‐human entities with material agency) and one about the "ontology of management" that HRM algorithms afford (which understands algorithmic management as a form of control for maximizing economic/shareholder value). We explain how these core assumptions underpin existing research of HRM algorithms, causing blind spots that hinder new ways of understanding and studying algorithmic management. After identifying and unpacking the assumptions and blind spots, we offer avenues to overcome these blind spots, allowing for future research based on new ideological assumption grounds that will help move algorithmic management scholarship further in significant ways. [ABSTRACT FROM AUTHOR]

This paper presents an examination of identity in and as practice as it relates to a group of educational practitioners known as middle leaders. Drawing on the theory of practice architectures as a site‐ontological approach for conceptualising educational leading, the paper considers an individual's identity as being informed by, and accomplished amidst, the sayings, doings and relatings of practice. Although theorising the connections between identity and practice is not new, a central argument presented is that identity occurs at the nexus of the individual and social practices. Data are drawn from an empirical study of the practices of nine middle leaders responsible for facilitating a district‐wide initiative aiming to improve literacy pedagogy in their particular primary schools. Thematic analysis of semi‐structured interviews with the middle leaders revealed 11 identity–practice framings which evolve over time and space, negotiated in response to site‐based conditions. Findings contribute to understandings about the dynamic multifaceted nature of middle leaders' identities. [ABSTRACT FROM AUTHOR]

This paper focuses on Hector‐Neri Castañeda's significant contributions to metaphilosophy. In his 1980 work, On Philosophical Method, Castañeda articulates a unique perspective, characterizing philosophy as fundamentally a dia‐philosophical activity. By asserting the supremacy of synthesis over analysis within the metaphilosophical hierarchy, his account provides a purely theoretical defense of philosophical pluralism devoid of any relativistic inclinations. Despite Castañeda's enduring influence and profound impact on ongoing discussions in ontology, logic, and the philosophy of language, his metaphilosophical insights have largely been neglected. In the context of today's increasingly diverse philosophical landscape, this paper posits that Castañeda's pluralist metaphilosophy retains substantial theoretical relevance. [ABSTRACT FROM AUTHOR]

Many contemporary metaphysicians believe that the existence of a contingent object such as Socrates metaphysically explains the existence of the corresponding set {Socrates}. This paper argues that this belief is mistaken. The argument proposed takes the form of a dilemma. The expression "{Socrates}" is a shorthand either for the expression "the set that contains all and only those objects that are identical to Socrates" or for the expression "the set that contains Socrates and nothing else". However, Socrates' existence does not explain the existence of the set that contains all and only those objects that are identical to Socrates, because there is such a set no matter whether or not Socrates exists. And although Socrates' existence does explain that of the set that contains Socrates and nothing else, this explanation is a conceptual rather than a metaphysical one. Both these claims rely on a deflationary account of the use of set theoretic vocabulary that is explained, though not properly justified, in the paper. [ABSTRACT FROM AUTHOR]

Reconstructing ancestral states for discrete characters is essential for understanding trait evolution in organisms. However, most existing methods are limited to individual characters and often overlook the hierarchical and interactive nature of traits. Recent advances in phylogenetics now offer the possibility of integrating knowledge from anatomy ontologies to reconstruct multiple discrete character histories. Nonetheless, practical applications that fully harness the potential of these new approaches are still lacking.This paper introduces ontophylo, an R package that extends the PARAMO pipeline to address these limitations. Ontophylo enables the reconstruction of phenotypic entities composed of amalgamated characters, such as anatomical regions or entire phenomes. It offers three new applications: (1) reconstruction of evolutionary rates of amalgamated characters using phylogenetic non‐homogeneous Poisson process (pNHPP) that allows modelling rate variation across tree branches and time; (2) reconstruction of morphospace dynamics; and (3) visualization of evolutionary rates on vector images of organisms. Ontophylo incorporates ontological knowledge to facilitate these applications.Benchmarking confirms the accuracy of pNHPP in estimating character rates under different evolutionary scenarios, and example applications demonstrate the utility of ontophylo in studying morphological evolution in Hymenoptera using simulated data.Ontophylo can be easily integrated with other ontology‐oriented and general‐purpose R packages and offers new opportunities to examine morphological evolution on a phenomic scale using new and legacy data. [ABSTRACT FROM AUTHOR]

This paper argues that vulnerability as conceptualized by Judith Butler is a useful lens to study organizations. Judith Butler conceptualizes vulnerability as both universally shared human condition and individually experienced, thereby describes how vulnerability is both a bodily ontology (we are all vulnerable due to our human bodies being dependent on each other to support us), and an epistemic frame (through vulnerability we can know), resulting in an ethical response‐ability (to not hurt one another). Vulnerability, though universally shared, is individually experienced and unequally distributed, because it depends on what Judith Butler calls "social infrastructures". Organizations and their organizing practices constitute such social infrastructures and at the same time depend on them. Using a vulnerability lens makes it possible to study how organizations co‐constitute vulnerability and the positionality that they inhabit toward vulnerability. [ABSTRACT FROM AUTHOR]

In the digital economy era, efficiently leveraging the vast amount of sensor data generated by the Industrial Internet of Things (IIoT) is essential. This paper presents an innovative semantic annotation method for industrial sensor data, designed to optimize data processing and enhance system efficiency. Our method combines cluster analysis, ontology development, and rule‐based reasoning to automatically annotate IIoT sensory data. By utilizing data aggregation and filtering mechanisms, which incorporate the DBSCAN (Density‐Based Spatial Clustering of Applications with Noise) algorithm and a rule engine, we significantly reduce the data volume required for annotation. The Semantic Web Rule Language aids in naming new concepts and properties identified through clustering, contributing further to the automation of data processing. Experimental results, using public datasets, validate the effectiveness of our method, showing a reduction in data volume by about 20% and underscoring its potential in enhancing industrial systems' automation and overall efficiency. [ABSTRACT FROM AUTHOR]

Emergence is central to critical realism, but there has been little attempt to develop a systematic account of this concept within the tradition. Two notable exceptions are seen in the work of Dave Elder‐Vass and Tony Lawson. However, both face problems in responding to reductionist claims and accounting for downward causation. This paper proposes contextual emergence as a robust alternative that overcomes these issues and provides a better justification for critical realism's stratified worldview. Contextual emergence explains that while properties at a lower 'level' offer necessary conditions, for emergence to obtain, there must also be contingent conditions at a higher 'level'. This approach maintains many of critical realism's intuitions about emergence, providing a robust account of ontological stratification and downward causation. [ABSTRACT FROM AUTHOR]

Test and evaluation (TE) planning is a critical part of systems engineering. However, it has not received as much attention from digital engineering efforts as early‐stage design and analysis. Digital engineering has the potential to reduce the risk and effort associated with TE, while leveraging existing digital capabilities to add value. One aspect in particular that may benefit from such attention is the Department of Defense's Test and Evaluation Master Plan (TEMP). The purpose of the TEMP is to identify the key processes with respect to the TE of a product, and to specify the roles and responsibilities of key personnel and organizations. Concerns have been raised regarding the document‐based nature of the TEMP and the increased risk and reduced reward that this entails. In this paper, we investigate the potential benefits of digitalizing the TEMP and outline an incremental approach for achieving this. We also present a set of ontologies, collectively known as the Digital TEMP (dTEMP), and investigate potential benefits and limitations by applying the dTEMP to an example test program. [ABSTRACT FROM AUTHOR]

One of William Lane Craig's key arguments for the finitude of the past is the Successive Addition Argument (SAA). Malpass (2021) has recently developed a novel challenge to the SAA, utilising a thought experiment from the work of Fred Dretske, which is meant to show that it is possible to count to infinity, to argue that there is a counterexample to the SAA's second premise. In this paper, I contend that the Malpass‐Dretske counterexample should not worry advocates of the SAA. First, I argue that one objection Malpass considers—the Potential Infinite Objection—reveals an interesting fact: the SAA's second premise is unnecessarily strong and can be weakened whilst still yielding the same conclusion. Second, I show how another one of the objections considered by Malpass—the Accumulation Objection—is successful, provided some clarification to the SAA's premises. The upshot of both analyses is that we generate two 'new' Successive Addition arguments that not only move the dialectic forward, but shed light on deeper assumptions and motivating intuitions concerning the Kalām. [ABSTRACT FROM AUTHOR]

This article examines the gradual evolution of the French Régulation school (FR) for the study of capitalism through the lens of structure and agency. The analysis first segments the school into two epochs, the early Régulation, led by authors Aglietta and Lipietz, and the later Régulation, which saw the rise of Boyer. We find that the gradual progression that occurred within the FR school is linked to its authors' implicit ontic engagement with structure and agency, which, in turn, provides natural linkages to Critical Realism. In the second part of the paper, we demonstrate how the comparison between Morphogenetic Régulation and French Régulation (FR) can facilitate a much deeper reading of the structure‐agency debate pertaining to the transformation of capitalism. In so doing, it discusses the value addedness of Morphogenetic Régulation through three specific concepts by stressing their relevance for contemporary studies in international political economy. These concepts are: stratified emergence; causality and the problématique of hierarchy. [ABSTRACT FROM AUTHOR]

At least some of your beliefs are commitments. When you believe that P as a commitment, your stance on P is such that you believe it on the basis of your considered judgement. Sometimes, you also believe that you believe P. Such self‐beliefs can also be commissive in a sense, as when they are reflective endorsements of your lower‐order commissive beliefs. In this paper I argue that one's commissive self‐beliefs ontologically constitute one's lower‐order commissive beliefs because one's commissive self‐beliefs instantiate the same inferential dispositions that are constitutive of one's lower‐order commissive beliefs. Constitutive relations between commissive self‐beliefs and first‐order commissive beliefs are maximally epistemically secure because they do not result from any epistemic procedure by which one must try (and possibly fail) to detect one's first‐order commissive beliefs. This maximal epistemic security suffices to warrant one's commissive self‐beliefs, such that one possesses commissive self‐knowledge of an especially privileged sort. [ABSTRACT FROM AUTHOR]

The work argues that engaging Africa's cultural and epistemic resources as social imaginaries, and not as metaphysical or ontological "essences," could help practitioners of African philosophy overcome the cluster of shortcomings and undesirable features associated with "ethnophilosophy." A number of points are outlined to buttress this claim. First, the framework of social imaginaries does not operate with the false assumption that Africa's cultural forms and epistemic resources are static and immutable. Second, this framework does not lend itself to sweeping generalizations about Africa or large swathes of it. Third, the framework of social imaginaries remedies ethnophilosophy's problem of collectivism. Fourth, unlike ethnophilosophy, it does not romanticize and canonize a supposedly "idyllic" African past, which militates against a realistic and forward‐looking philosophizing. Finally, with the framework of social imaginaries, Africa's indigenous cultural and epistemic resources become amenable to being engaged with critical philosophical rigor. This not only enhances their potential for cross‐cultural philosophical conversation but also enhances their usefulness for addressing current sociopolitical issues affecting Africa. The discussion in this paper somewhat touches upon the question of method in African philosophy, using the ethnophilosophy problem to navigate the vast gamut of issues involved. [ABSTRACT FROM AUTHOR]

A study published in the journal iMeta highlights the effectiveness of the CRISPR/Mb2Cas12a genome editing system in cotton plants. The system achieved a high efficiency rate of over 90% at target sites and demonstrated tolerance to different temperatures. It also expanded the editing range in the cotton genome. The study also developed a multiplex genome editing system using Mb2Cas12a, allowing for simultaneous editing of eight target sites. These findings suggest that CRISPR/Mb2Cas12a is a precise and efficient tool for genome editing in cotton plants, which has important implications for cotton breeding and genetic studies. [Extracted from the article]