bluuebunny/crossref_metadata_2025_split huggingface dataset:
Self-Regulation and Political Confabulation
Authors: Murphy-Hollies Kathleen 
Published: October 2022

AbstractIn this paper, I discuss the nature and consequences of confabulation about political opinions and behaviours. When people confabulate, they give reasons for their choices or behaviour which are ill-grounded and do not capture what really brought the behaviour about, but they do this with no intention to deceive and endorse their own accounts. I suggest that this can happen when people are asked why they voted a certain way, or support certain campaigns, and so on. Confabulating in these political contexts seems bad because we do not get a fully truthful account of why some political choice was made, and so the reasoning behind the choice is under-scrutinised. However, I argue that if people have a virtue of self-regulation, confabulation in political contexts can actually be part of the process of coming to better understand our political choices and embody more consistently the political values which we ascribe to.
Uncertainty Phobia and Epistemic Forbearance in a Pandemic
Authors: Shackel Nicholas 
Published: October 2022

AbstractIn this chapter I show how challenges to our ability to tame the uncertainty of a pandemic leaves us vulnerable to uncertainty phobia. This is because, contrary to what we might hope, not all the uncertainty that matters can be tamed by our knowledge of the relevant probabilities. Unrelievable wild uncertainty is a hard burden to bear, especially so when we must act in the face of it. We are tempted to retreat into uncertainty phobia, leading to fixed definite opinions precisely when acting on sound judgement requires our opinions to be hedged and mobile. Coping with a pandemic requires us to bear the burden rather than give in to temptation: it requires us to practise the virtue of epistemic forbearance.
Integrity as the Goal of Character Education
Authors: Webber Jonathan 
Published: October 2022

AbstractSchools and universities should equip students with the ability to deal with an unpredictable environment in ways that promote worthwhile and fulfilling lives. The world is rapidly changing and the contours of our ethical values have been shaped by the world we have lived in. Education therefore needs to cultivate in students the propensity to develop and refine ethical values that preserve important insights accrued through experience while responding to novel challenges. Therefore, we should aim to foster the virtue of ethical integrity. This virtue is driven by a concern for ethical accuracy, which motivates and warrants respect for our existing ethical commitments as repositories of previous ethical reasoning, but equally requires recognition of our own fallibility and consideration of other people's reasoning. Ethical integrity thus comprises constancy, fidelity, humility, and receptivity, balanced and integrated by the aim of ethical accuracy. It is a kind of ethical seriousness, though it includes acceptance of some degree of ambivalence. It is an inherently developmental virtue distinct from the unachievable ethical perfection of practical wisdom. It is an Aristotelian virtue, even though Aristotle does not himself name it. The paper closes with an outline of what education for ethical integrity would look like.
On the Importance of Beauty and Taste
Authors: Paris Panos 
Published: October 2022

AbstractWe have all heard people say ‘Beauty is only skin-deep’, or ‘Beauty is in the eye of the beholder’: our culture promulgates a conception of beauty as subjective, superficial, and independent of other values like moral goodness or knowledge and understanding. Yet our taste in beauty affects many aspects of our lives, sometimes playing a decisive – and often detrimental – role in areas as wide-ranging as our identity and self-esteem, our morally salient decisions, and our relationship to the environment. This presents us with a choice: we can either ignore the facts – leaving our conception of beauty unchanged and allowing our taste to influence much in our lives while either not acknowledging such influence, or perhaps seeking to reprimand it; or we can take the power of beauty seriously and seek to harmonise our taste with our values. I argue for the latter option and propose a way of bringing beauty and taste in line with what matters to us using the notion of functional beauty. Adopting this strategy, I suggest, can have a powerful – and positive – impact on our self-esteem and wellbeing, our relationship to others, as well as our attitudes towards the environment.
Attaining Autonomy in the Empire: French Governors between 1860 and 1960
Authors: Viallet-Thévenin Scott , Chambru Cédric 
Published: October 2022

AbstractThis article presents a study of the careers of French colonial governors between 1830 and 1960. We consider empires as the by-product of social entities structuring themselves. Specifically, we analyze the process of the emergence of this professional group with respect to other professional groups within the imperial space and the French metropolitan space, building on the concept of linked ecologies. Using data on the career of 637 colonial governors between 1830 and 1960, we examine how variations in the recruitment of these senior civil servants actually reflect the professionalization of this group. We rely on an optimal matching technique to distinguish typical sequence models and identify nine common career trajectories that can be grouped into four main clusters. We further compare the share of each cluster in the population of governors over time and show that the rise of the colonial cluster during the Interwar period corresponded to the peak of the administrative autonomy in the colonial space. We argue that this process is consistent with the professionalization of the governors’ corps, which is embodied by a common career within the colonial administration and a collective identity as a group.
An Analytic Expression for the Volcanic Seismic Swarms Occurrence Rate. A Case Study of Some Volcanoes in the World
Authors: Godano C. , Tramelli A. , Mora M. , Taylor W. , Petrillo G. 
Published: October 2022

AbstractSeismic swarms are defined as a group of earthquakes occurring very close in time and space but without any distinctively large event triggering their occurrence. Up to now no simple law has been found to describe the swarm occurrence rate. Here we find an expression able to fit the average occurrence rate on some volcanic areas. This expression exhibits some differences in respect to the classical Omori law. Namely the c parameter of the Omori law is equal to zero and the power law decay of the average occurrence rate of the earthquakes is followed by an exponential decaying regime. Both the results can be interpreted in term of fluid injection and/or movements. Indeed this is a more impulsive phenomenon compared to the occurrence of a large earthquake, with a duration compatible with a c = 0. The exponential decay following the power law one could be explained by a viscoelastic relaxation of the stress induced by the injection and/or movements of fluids in the earth crust.
Deforestation Drives Desiccation in Global Monsoon Region
Authors: Liang Yue , Xu Xiyan , Jia Gensuo 
Published: October 2022

AbstractGlobal monsoon system is a major component of the Earth's climate system and carries about two‐thirds of the world's population. How large‐scale deforestation induced changes in water cycle and energy balance may modify global monsoon system and its underlying mechanisms are not well understood. Here, we use simulations of 11 models participating in the Land Use Model Intercomparison Project in the framework of the Coupled Model Intercomparison Project, phase 6 to study the response of global monsoon precipitation and atmospheric circulation to large‐scale deforestation. Global deforestation of about 38% induces annual precipitation reduction of about −15.01 mm yr−1 (Multi‐Model Ensemble) in global monsoon regions and −26.15 mm yr−1 in land monsoon regions. The precipitation reduction is particularly pronounced in the Northern Hemisphere Summer Monsoon (NHSM) regions with decreased precipitation by 16.83 mm in the summer monsoon season from May to September along with weakened circulation intensity. Deforestation causes asymmetrical temperature response in the northern high latitudes and Southern Hemisphere Tropics, leading to decreased hemispheric thermal contrast, which reduces the meridional pressure gradient and weakens the convergence of cross‐equatorial flows into the NHSM trough regions, thereby decreasing the NHSM circulation and precipitation intensity. The deforestation‐induced hemispheric temperature asymmetry also increases the northward cross‐equatorial atmosphere heat transport (c‐eq AHT) that drives southward shift of Intertropical Convergence Zone, which suppresses the NHSM precipitation. Our results show that the drying monsoon region in response to deforestation is fairly consistent among the models implying the adverse effects of large‐scale deforestation beyond the region of land use change.
Temporal Evolution of the Swell and Magmatic Fluxes Along the Louisville Hotspot Chain
Authors: Adam Claudia , Smith Madison N. , Kempton Pamela D. , Brueseke Matthew 
Published: October 2022

AbstractHawaii and Louisville are the two long‐lived hotspot chains in the Pacific basin. Characterizing the swell flux, Qs, a measure of the plume buoyancy, and the flux of the magmatic material accumulated along the chain, Qm, brings important constraints on the plumes' temporal evolution and on their interaction with the lithosphere. Numerous studies focus on the temporal evolution of the Hawaiian chain, but no study investigates the temporal evolution along the Louisville chain. In the present study we constrain the temporal evolution of the swell and magmatism fluxes along the Louisville chain, from volcano ages and bathymetry data. The overall Louisville magmatism flux appears nearly constant, that is, Louisville plume activity has exhibited remarkably little variation over the past 30 m.y., in agreement with geochemical data. These results are also in agreement with recent studies along Hawaii, which show that the Qm increase is due to plume migration toward a more fertile mantle reservoir. This means that, in general, long term variations in Qm relate to variations in the deep source of the plume. Along Louisville, we find short‐term variations occurring with a periodicity of ∼5–10 m.y. in both Qm and Qs, similar to the short‐term variations observed along Hawaii by former studies. As these variations occur along hotspot chains associated with either a heterogenous or homogeneous chemical signature, they must be created by shallow phenomena. The tilt of the plume conduit by large‐scale mantle advection is our preferred model, as it can account for both the geophysical and geochemical observations.
Distribution of ULF Wave Power in Magnetic Latitude and Local Time Using THEMIS and Arase Measurements
Authors: Sarris Theodore E. , Li Xinlin , Zhao Hong , Papadakis Kostis , Liu Wenlong , Tu Weichao , Angelopoulos Vassilis , Glassmeier Karl‐Heinz , Miyoshi Yoshizumi , Matsuoka Ayako , Shinohara Iku , Imajo Shun 
Published: October 2022

AbstractUltra‐low‐frequency (ULF) waves are known to radially diffuse hundreds‐keV to few‐MeV electrons in the magnetosphere, as the range of drift frequencies of such electrons overlaps with the frequencies of the waves, leading to resonant interactions. The theoretical framework for this process is described by analytic expressions of the resonant interactions between electrons and toroidal and poloidal ULF wave modes in a background magnetic field. However, most expressions estimate the radial diffusion rates based on estimates of the power of ULF waves that are obtained either from spacecraft close to the equatorial plane or from the ground. In this study, using multiyear measurements from the THEMIS and Arase missions, we present a statistical analysis of the distribution of ULF wave power in magnetic latitude and local time and show that the wave power of the radial and azimuthal components of the magnetic field increases away from the magnetic equator. Our result could have significant implications for the radial diffusion rates as currently estimated.
Role of Vertical Mixing in the Upper Ocean in the Seasonal Variation of Arctic Amplification
Authors: Dai Haijin , Zhao Jun , Zhao Wenjing , Huang Hong , Liu Yao 
Published: October 2022

AbstractReanalysis data and a numerical model are employed to explore how diffusion in the upper ocean evolves in different seasons and to understand its contribution to seasonal heat storage (SHS) and Arctic amplification. The numerical simulation results are closely consistent with observations. First, Arctic solar radiation absorption anomaly (maximum in June) due to ice‐loss is mainly stored as SHS (maximum in June and July) or warms the surface (minimum in July) in observations. Furthermore, the numerical simulation suggests that vertical diffusion dominates SHS formation/discharge. Second, surface ocean becomes warmer than surface air in cold season and releases SHS in Arctic. Sea‐ice loss allows more ocean be directly driven by wind; surface high pressure over Arctic may enhance the wind stress; increased water freeze leads to more salt rejection and additional dense water being produced and sinking downward; all of the occurrences strengthen vertical mixing and release more SHS to the atmosphere. As a result, Arctic surface warming reaches its maximum in cold season. In observations, much stronger outgoing longwave radiation due to the warmer surface in October causes Arctic surface warming to reach its maximum in November, although increased carbon dioxide forcing also contributes to maintain longwave radiation in November. Finally, Arctic surface (air) warming in cold season exhibits different spatial patterns from SHS discharge due to heat convergence/divergence induced by anomalous surface wind, which is determined by the variation in surface high pressure over the Arctic.
Light People: Professor Thomas G. Brown
Authors: Wang Hui 
Published: October 2022

EditorialWhat’s the first thing that comes to your mind when it comes to the University of Rochester? It is the first optical education program in the USA, and one of the three most respected optical education and research centers programs in the country. Nobel Prize Laureates such as Gerard Mourou and Donna Strickland have completed major works here. And today we’re going to introduce Prof. Thomas G. Brown, Director of the University of Rochester’s Institute of Optics.Prof. Brown has many scientific achievements to his name, including introducing the term “cylindrical vector beam” to describe unique and unconventional polarization states. He has ample experience in both scientific research and industry development, and now is an inspiring mentor to young students and researchers, and a respected chief editor of academic journals. Please follow the Light People to the Institute of Optics at the University of Rochester, learn about Thomas G. Brown’s vision for the future, and explore his colorful life path, which will bring you new inspirations.
Trough anti-Xa activity after intermediate dose nadroparin for thrombosis prophylaxis in critically ill patients with COVID-19 and acute kidney injury
Authors: Eck R. J. , van de Leur J. J. C. M. , Wiersema R. , Cox E. G. M. , Bult W. , Spanjersberg A. J. , van der Horst I. C. C. , Lukens M. V. , Gans R. O. B. , Meijer K. , Keus F. 
Published: October 2022

AbstractOur objective was to assess the incidence of drug bioaccumulation in critically ill COVID-19 patients with AKI receiving intermediate dose nadroparin for thrombosis prophylaxis. We conducted a Prospective cohort study of critically ill COVID-19 patients. In patients on intermediate dose nadroparin (5700 IU once daily) we assessed the incidence of bioaccumulation (trough anti-Xa level > 0.2 IU/mL) stratified according to presence of AKI. We quantified this association using multilevel analyses. To assess robustness of our observations, we explored the association between AKI and anti-Xa activity in patients receiving high dose nadroparin (> 5700 IU). 108 patients received intermediate dose nadroparin, of whom 24 had AKI during 36 anti-Xa measurements. One patient with AKI (4.2% [95%CI 0.1–21%]) and 1 without (1.2% [95%CI 0.03–6.5%]) developed bioaccumulation (p = 0.39). Development of AKI was associated with a mean increase of 0.04 (95%CI 0.02–0.05) IU/ml anti-Xa activity. There was no statistically significant association between anti-Xa activity and AKI in 51 patients on high dose nadroparin. There were four major bleeding events, all in patients on high dose nadroparin. In conclusion, Bioaccumulation of an intermediate dose nadroparin did not occur to a significant extent in critically ill patients with COVID-19 complicated by AKI. Dose adjustment in AKI may be unnecessary.
Tensions Between Autistic Sociality, Communication, and Social Skills Research: A Response to Bambara (2022) and Camarata (2022)
Authors: Keates Nathan , Waldock Krysia Emily , Dewar Eleanor 
Published: October 2022

Purpose:The purpose of this letter to the editor is to further elucidate the arguments Keates (2022) and Beechey (2022) stated in their letters to the editor. Both Bambara (2022) and Camarata (2022) pose comments that require clarifying the original arguments, particularly regarding power and autistic sociality, which we feel will provide further clarity to this highly significant and growing topic within autism research.Conclusion:We recommend teaching not autistic people but rather non-autistic individuals about autistic sociality, in order to lower the burden on autistic interlocutors in cross-neurotype interactions and socialization (as per previous literature,Bottema-Beutel et al., 2018). We provide recommendations to address difficulties in cross-neurotype interactions—for example, bridging the neurotype gap through practice or psychosocial interventions for acceptance of autistic people and their system of interpretation, as perJones et al. (2021).
Model‐free adaptive optimal control of continuous‐time nonlinear non‐zero‐sum games based on reinforcement learning
Authors: Guo Lei , Zhao Han 
Published: October 2022

AbstractIn this paper, two novel algorithms to find the Nash equilibrium solution of the non‐zero‐sum games for continuous‐time input‐affine nonlinear systems are presented. Based on integral reinforcement learning method, the integral‐exploration‐coupled Hamilton‐Jacobi (HJ) equations are derived, which does not contain any information of the system dynamics. Then, based on neural networks approximation, two different adaptive tuning law of weights are given to estimate the approximate solution of the coupled HJ equations. Both two algorithms can estimate the value function and the policy without knowing or identifying the system dynamics. The closed‐loop system stability and the convergence of weights are guaranteed based on Lyapunov analysis. Finally, the simulation results of a two‐player non‐zero‐sum game demonstrate the effectiveness of our algorithms.
Multivariable sequential model predictive control of LCL‐type grid connected inverter
Authors: Zhang Hui , Tao Ran , Li Zhiliang , Zhang Xiao , Ma Zhixun 
Published: October 2022

AbstractThe conventional single variable indirect model predictive control (SIMPC) of LCL‐type three‐level grid‐ connected inverter (GCI) is to indirectly control the grid current by controlling the output current of the inverter, which usually produces large errors and reduces the system anti‐disturbance performance. Although the previously proposed multivariable weighted model predictive control (MWMPC) method of LCL‐type GCI can directly control many variables, such as grid current, it requires setting the weight coefficient for each variable and involves a substantial amount of calculation. To due with these problems, this paper proposes a multivariable sequential model predictive control (MSMPC) method for LCL‐type three‐level GCI. The inverter output current, the filter capacitor voltage, and the grid current are gradually predicted and optimized under the variable control sequence of the LCL‐type GCI mathematical model. Under the premise of achieving direct control of the variables above, this method can reduce the number of weighting coefficients and gradually contract the optimization space to reduce the computation required for multivariable prediction and optimization. This paper compares the proposed MSMPC to the conventional SIMPC and MWMPC in steady state, transient state performance, and anti‐disturbance performance. The effectiveness of the proposed MSMPC is demonstrated through simulation and experimentation.
Polynomial chaos Kalman filter for target tracking applications
Authors: Kumar Kundan , Tiwari Ranjeet Kumar , Bhaumik Shovan , Date Paresh 
Published: October 2022

AbstractIn this paper, an approximate Gaussian state estimator is developed based on generalised polynomial chaos expansion for target tracking applications. Motivated by the fact that calculating conditional moments in an approximate Gaussian filter involves computing integrals with respect to Gaussian density, the authors approximate the non‐linear dynamics using polynomial chaos expansion. Second‐order as well as third‐order polynomial chaos expansions were used for approximate filtering, to derive the necessary recursive algorithm and also provide certain algebraic simplifications which reduce the computational burden without significantly affecting the filtering performance. Two comprehensive numerical experiments for multivariate systems, including one for a multi‐model system, demonstrate the potential of the new algorithms.