History, is a Center for International Education (CIE) Global Studies Fellow. Her research project, entitled “Telling the Truth about Colonialism in the Body: Malnutrition and Its Effects on Birth, Reproduction, and Infant Health in Morocco,” concerns not food, but its absence. Although scholars have argued that colonial regimes appropriate native bodies as sites for the legitimization of foreign rule, scientific superiority and state control, she argues that the biomedical body can also tell the truth about colonialism. French physicians blamed Moroccan infant mortality on native midwifery and Islamic traditional healing, but the Moroccan woman’s collapsed pelvis and the kwashiorkor of the Muslim infant revealed that food, not Islam, was the cause of child death. Collegium
Abstract This article examines relations between Winston Churchill and France. It argues that Churchill was sympathetic to France and, in particular, unusual among Englishmen of his generation in being sympathetic to its political system, but also that this sympathy did not make Churchill consistent in his relations with France.
Opéra de cour (court opera) is an open concept that encompasses different realities depending on time and place. During the reign of Louis XV, a particular relationship to opera was established at Versailles. It was usually performed on stage or in concerts in small theatres and salons, but acquired a high profile during exceptional festivities. Questions can thus be explored regarding the site of performance as much as the repertoire itself. The royal administration and authors never stopped imagining effective theatres and striking works, adapted to particular events, in line with curial protocol and positioning themselves within artistic modernity while respecting tradition.
Electronic health records include information on patients' status and medical history, which could cover the history of diseases and disorders that could be hereditary. One important use of family history information is in precision health, where the goal is to keep the population healthy with preventative measures. Natural Language Processing (NLP) and machine learning techniques can assist with identifying information that could assist health professionals in identifying health risks before a condition is developed in their later years, saving lives and reducing healthcare costs. We survey the literature on the techniques from the NLP field that have been developed to utilise digital health records to identify risks of familial diseases. We highlight that rule-based methods are heavily investigated and are still actively used for family history extraction. Still, more recent efforts have been put into building neural models based on large-scale pre-trained language models. In addition to the areas where NLP has successfully been utilised, we also identify the areas where more research is needed to unlock the value of patients' records regarding data collection, task formulation and downstream applications.
The Gaia-Sausage-Enceladus merger was a major event in the history of the Milky Way. Studies on Milky Way satellite dwarf galaxies show that key elemental abundance patterns, which probe different nucleosynthetic channels, reflect the host galaxy's star formation history. We gather Mg, Fe, Ba, and Eu abundance measurements for Gaia-Sausage-Enceladus stars from the SAGA database and use [Fe/Mg], [Ba/Mg], [Eu/Mg], and [Eu/Ba], as a function of [Fe/H] to constrain the star formation history of Gaia-Sausage-Enceladus. We use the known star formation histories and elemental abundance patterns of the Sculptor and Fornax dwarf spheroidal galaxies as comparison. The elemental abundance ratios of [Fe/Mg], [Ba/Mg], [Eu/Mg], and [Eu/Ba] all increase with [Fe/H] in Gaia-Sausage- Enceladus. The [Eu/Mg] begins to increase at [Fe/H]= -2.0 and continues steadily, contrasting with the Sculptor dSph galaxy. The [Eu/Ba] increases and remains high across the [Fe/H] range, contrasting with that of the Sculptor dSph galaxy and deviating from the Fornax dSph galaxy at high [Fe/H]. The [Ba/Mg] is higher than those of the Sculptor dSph galaxy at the lowest [Fe/H] and gradually increases, similar to the Fornax dSph galaxy. We constrain three main properties of the Gaia-Sausage-Enceladus star formation history: 1) star formation started gradually, 2) it extended for over 2 Gyr, and 3) it was quenched around [Fe/H] of -0.5, likely when it fell into the Milky Way.
Stellar halos of galaxies retain crucial clues to their mass assembly history. It is in these galactic components that the remains of cannibalised galactic building blocks are deposited. For the case of the Milky Way, the opportunity to analyse the stellar halo's structure on a star-by-star basis in a multi-faceted approach provides a basis from which to infer its past and assembly history in unrivalled detail. Moreover, the insights that can be gained about the formation of the Galaxy not only help constrain the evolution of our Milky Way, but may also help place constraints on the formation of other disc galaxies in the Universe. This paper includes a summary of work undertaken during a PhD thesis aiming to make progress toward answering the most fundamental question in the field of Galactic archaeology: "How did the Milky Way form?" Through the effort to answer this question, we summarise new insights into aspects of the history of assembly and evolution of our Galaxy and measurements of the structure of various of its Galactic components.
The communist takeover in 1975 and post-war developments in Cambodia, Vietnam and Laos catalyzed a massive exodus of refugees, some 125,000 of whom were resettled in France. Despite the growth, both in size and in complexity, of the Southeast Asian communities in France over the last five decades, little is known about these populations, and even less about the post-refugee generations, their identities, and politics, and especially their relationship to their parent’s traumatic history of migration. The invisibility of Asians in France has enabled myths and assumptions about these communities, both positive and negative, to persist unchallenged. This article aims to shed light on the post-refugee generations of Southeast Asians in France. Drawing insights from academics, researchers, journalists, filmmakers, writers, community organizers, and advocates, it engages some of the critical questions that inform the identity and politics of the Southeast Asian post-refugee generations in France, centering on questions of historical traumas and identity construction, representation, belonging, and activism. It advances the notion of refugee communities as sites of active knowledge production, and foregrounds refugee agency by giving voice to refugees and their descendants. In so doing, it aims not only to highlight experiences, concerns, and perspectives that have been obscured or marginalized but also to showcase the agency, resistance, and reclaim that are manifested in different ways, forms, and contexts in the individual and collective responses of Southeast Asians to the challenges that confront them in France.
Chabaux, François, Négrel, Philippe, Gal, Frederick
et al.
We present an integrated petrological, petrophysical, and hydrogeological study of the critical zone (CZ) developed in the Hercynian granitic basement of the Strengbach watershed (Vosges Massif, France) to characterize its deep architecture and water circulation levels. For this purpose, six boreholes (50–120 m depth), from which three are cored, and three piezometers (10–15 m depth) were drilled to define the vertical extension and lateral variability of the main CZ horizons.The Strengbach watershed is composed of a topsoil horizon of limited vertical extension (0.8–1.2 m), a mobile saprolite level, and an in-place fractured bedrock. The latter is subdivided into a few meters thick saprock horizon, defined by open sub-horizontal fractures and a deeper fractured bedrock horizon with steeply dipping fractures (${>}$50°). In the north-facing slope, the vertical extension of the mobile saprolite horizon increases from ${\approx }$1–2 m at the top of the slope to ${\approx }$9 m downstream, close to the valley bottom. In contrast, the south-facing and more easterly slope shows a mobile saprolite horizon with limited vertical extension (${\approx }$2–3 m thick). Such a difference is associated with the existence of a knickpoint in the river bed, separating a downstream zone marked by currently active erosion from an upstream one, less prone to erosion, with preserved reliefs formed around 20 ka ago.The water circulation scheme within the Strengbach watershed involves two different systems: a subsurface circulation within the shallow aquifer, corresponding to the mobile saprolite horizon and the saprock, and a deeper circulation in the fractured bedrock. The water circulation in the fractured bedrock is controlled by fractures of regional orientations, linked to the Vosges massif and the Rhine Graben Tertiary tectonics, and partly to reactivated Hercynian fracture zones. The unaltered bedrock was not reached by any of the three cores. These results from the Strengbach CZ demonstrate the importance of integrating geological history of the watershed, either the long-term geological bedrock evolution or the Quaternary erosion patterns, to better understand and model the CZ hydrological functioning at the watershed scale.
Chantelle Hooper, Chantelle Hooper, Georgia M. Ward
et al.
IntroductionThere is no universally appropriate basis for delimiting species in protists, including parasites. Many molecular markers used for species delimitation are part of the ribosomal RNA (rRNA) array, with different regions of the array being used for different parasitic protist taxa. However, little is known about sequence variability across the rRNA in most organisms, and there is no standard threshold at which divergence in the sequence of a particular gene can be used as a basis for species delimitation. MethodsHere we demonstrate a method to generate the full rRNA array of parasitic protists by amplification of the array in two long, overlapping fragments followed by Illumina and Nanopore sequencing to produce high quality assemblies, to determine variations in sequence variability across the array. We apply this approach to two pairs of closely related ascetosporean parasites of crustaceans and molluscs [respectively Paramarteilia canceri/P. orchestiae and Marteilia cochillia/M. cocosarum (Rhizaria; Endomyxa; Ascetosporea)] and Bonamia ostreae and demonstrate how full-length rRNA sequences can be used to determine regions of the rRNA array that are most discriminatory, and robustly differentiate between species in combination with other lines of evidence. ResultsPhylogenetic analyses of the transcribed regions of the rRNA array demonstrate maximal support for, and separation of, all four parasite species. Sliding window global alignment analysis determined the regions of the rRNA array that had the most consistent nucleotide differences between the closely related parasites in a 1 kb region of the array. For Paramarteilia, this region was a combined internal transcribed spacer 1-5.8S-internal transcribed spacer 2 alignment, and for Marteilia, it was the external transcribed spacer. Phylogenetic analysis of these regions were able to recover the respective species, demonstrating that these regions could be used for improved diagnostic PCR assays.DiscussionOur method could be adapted to quickly generate sequence data and determine regions more suitable for diagnostic assays for a wide diversity of parasite groups. It also allows the generation of sequence data for regions of the rRNA not commonly studied (e.g. regions of the intergenic spacer), thus enabling research into their suitability as marker regions.
This article aims to expose to a French public the main Bioregional theories, history, and some of its achievements. Indeed, this radical environmental movement was created 50 years ago in the US, but it only starts to be known in France nowadays. In line with its countercultural origins, Bioregionalism seeks a transition to local alternatives. This final goal is inseparable from experimentation at every stage of the process, from the definition of boundaries of a bioregion to the efforts to restore its specific ecosystem, or even to determine the best ways to (self-)govern its territory. Two examples of Bioregional practices complete these reflections.
A search for invisible decays of the Higgs boson as well as searches for dark matter candidates, produced together with a leptonically decaying Z boson, are presented. The analysis is performed using proton−proton collisions at a centre-of-mass energy of 13 TeV, delivered by the LHC, corresponding to an integrated luminosity of 139fb−1 and recorded by the ATLAS experiment. Assuming Standard Model cross-sections for ZH production, the observed (expected) upper limit on the branching ratio of the Higgs boson to invisible particles is found to be 19% (19%) at the 95% confidence level. Exclusion limits are also set for simplified dark matter models and two-Higgs-doublet models with an additional pseudoscalar mediator.
This paper focuses on the negotiation of borders in Anna Seghers’ novel Transit (1944) and Christian Petzold’s film of the same name (2018). Inspired by the German-Jewish communist writer’s own experience of traversing borders, Seghers’ Exilroman describes the torment of a nameless refugee from Germany waiting to escape Marseille, one of the last open frontiers in a Europe ravaged by National Socialism. 70 years later, the Berlin School director’s multilingual film delves into the history of displacement and nationalism in Europe by setting the 1940s fascist persecution amongst the refugee crisis in present-day France. Petzold’s distinctive trans-period approach gives a voice to the marginalized and displaced in two centuries and from two continents, making it impossible to separate ‘old’ from ‘new’ Europe. Presenting expulsion and migration as timeless phenomena, Petzold speaks to the historical fluctuation of borders and movement of populations. Both authors construe the crossing of borders as loss of identity and alienation, but offer different solutions, if any, to what they perceive as an existential as well as political predicament.
The association of weights in a distributed consensus protocol quantify the trust that an agent has on its neighbors in a network. An important problem in such networked systems is the uncertainty in the estimation of trust between neighboring agents, coupled with the losses arising from mistakenly associating wrong amounts of trust with different neighboring agents. We introduce a probabilistic approach which uses the historical data collected in the network, to determine the level of trust between each agent. Specifically, using the finite history of the shared data between neighbors, we obtain a configuration which represents the confidence estimate of every neighboring agent's trustworthiness. Finally, we propose a History-Data-Driven (HDD) distributed consensus protocol which translates the computed configuration data into weights to be used in the consensus update. The approach using the historical data in the context of a distributed consensus setting marks the novel contribution of our paper.
As the core technique of online recruitment platforms, person-job fit can improve hiring efficiency by accurately matching job positions with qualified candidates. However, existing studies mainly focus on the recommendation scenario, while neglecting another important channel for linking positions with job seekers, i.e. search. Intuitively, search history contains rich user behavior in job seeking, reflecting important evidence for job intention of users. In this paper, we present a novel Search History enhanced Person-Job Fit model, named as SHPJF. To utilize both text content from jobs/resumes and search histories from users, we propose two components with different purposes. For text matching component, we design a BERT-based text encoder for capturing the semantic interaction between resumes and job descriptions. For intention modeling component, we design two kinds of intention modeling approaches based on the Transformer architecture, either based on the click sequence or query text sequence. To capture underlying job intentions, we further propose an intention clustering technique to identify and summarize the major intentions from search logs. Extensive experiments on a large real-world recruitment dataset have demonstrated the effectiveness of our approach.
Pierre Perrin (c. 1620-1675), who entered the service of Marguerite de Lorraine at a very young age, succeeded Vincent Voiture in 1653 as Gaston d’Orléans’s master of ceremonies. He was a poet in French and Latin, translator of Virgil’s Aeneid, inventor of ‘musical words’ for court composers, opera librettist, creator in 1669 of an Académie de Poésie et de Musique, which in 1672, thanks to Lully, would become the famous Académie Royale de Musique. Perrin’s taste and knowledge of Antiquity ‒ the various Greek, Latin and Hebrew Antiquities ‒ endeared him to the duke, as did his commitment as a theoretician to creating a new lyrical art inspired by both Ancient and Modern poets.
Theodore Spandounes was born in the middle of the 15th century to a family of the Greek exiles who had found shelter in Italy after the fall of Constantinople. The Spandounes family had not played any significant role in the history of the Byzantine Empire but his mother Eudotia came from the famous Kantakouzenos family. Members of the Kantakouzenos family played an important political role in Serbia until its annexation by the Ottoman Empire in 1459. Theodore established close relations with popes Clement VII and Paul III, who he advised on the Ottoman affairs. Probably around 1515, Spandounes wrote the first version of the treatise On the Origin of the Ottoman Emperors. In 1538 he dedicated the final version to Henry, Dauphin of France (the future king Henry II).As suggested by the title, the main objective of Spandounes’s treatise was to explain how the Ottomans rose from the humble beginnings to their current mighty status in a relatively short time. In its final version from 1538, the treatise consists of four parts, different in size, composition and content. The most original and creative part, which is also of the greatest importance to the scholars interested in the Ottoman history, is the second part. However, information concerning the history of Serbia and Hungary can only be found in the first part. A detailed analysis of Theodor’s treatise leads to the following conclusions: 1) Spandounes’s remarks concerning Hungary and Serbia are generally infrequent, and the events described were rather accidentally chosen; 2) The author pays more attention to Serbia, with which he was emotionally connected through his ancestors. The information about the genealogy of the ruling family is interesting and reliable; 3) Spandounes is barely credible in his descriptions of events from the 14th and 15th century. His accounts are tendentious and quite often false; 4) Information concerning Hungary becomes more frequent for years 1520–1538, and it is relatively credible.
J. Sebastian Pineda, Allison Youngblood, Kevin France
M-dwarf stars are prime targets for exoplanet searches because of their close proximity and favorable properties for both planet detection and characterization. However, the potential habitability and atmospheric characterization of these exoplanetary systems depends critically on the history of high-energy stellar radiation from X-rays to NUV, which drive atmospheric mass loss and photochemistry in the planetary atmospheres. With the Far Ultraviolet M-dwarf Evolution Survey (FUMES) we have assessed the evolution of the FUV radiation, specifically 8 prominent emission lines, including Ly$α$, of M-dwarf stars with stellar rotation period and age. We demonstrate tight power-law correlations between the spectroscopic FUV features, and measure the intrinsic scatter of the quiescent FUV emissions. The luminosity evolution with rotation of these spectroscopic features is well described by a broken power-law, saturated for fast rotators, and decaying with increasing Rossby number, with a typical power-law slope of $-2$, although likely shallower for Ly$α$. Our regression fits enable FUV emission line luminosity estimates relative to bolometric from known rotation periods to within $\sim$0.3 dex, across 8 distinct UV emission lines, with possible trends in the fit parameters as a function of source layer in the stellar atmosphere. Our detailed analysis of the UV luminosity evolution with age further shows that habitable zone planets orbiting lower-mass stars experience much greater high-energy radiative exposure relative the same planets orbiting more massive hosts. Around early-to-mid M-dwarfs these exoplanets, at field ages, accumulate up to 10-20$\times$ more EUV energy relative to modern Earth. Moreover, the bulk of this UV exposure likely takes place within the first Gyr of the stellar lifetime.
Studying history involves many difficult tasks. Examples include searching for proper data in a large event space, understanding stories of historical events by time and space, and finding relationships among events that may not be apparent. Instructors who extensively use well-organized and well-argued materials (e.g., textbooks and online resources) can lead students to a narrow perspective in understanding history and prevent spontaneous investigation of historical events, with the students asking their own questions. In this work, we proposed HisVA, a visual analytics system that allows the efficient exploration of historical events from Wikipedia using three views: event, map, and resource. HisVA provides an effective event exploration space, where users can investigate relationships among historical events by reviewing and linking them in terms of space and time. To evaluate our system, we present two usage scenarios, a user study with a qualitative analysis of user exploration strategies, and %expert feedback with in-class deployment results.