The Gaia-Sausage-Enceladus was the last major merger and central turning point in the Milky Way's story. This event, comparable in mass to the Large Magellanic Cloud today, left behind significant debris that provides valuable insights into the assembly history of our Galaxy and the chemical evolution of dwarf galaxies. By examining the aftermath of the GSE merger, we can delve deeper into understanding how the Milky Way's formation unfolded and how dwarf galaxies evolved chemically. Specifically, the distinct patterns of neutron capture elements such as Eu and Ba, along with Mg, offer clues about the star formation history. Through a comprehensive analysis of data compiled in the SAGA database, we investigated the Gaia Sausage-Enceladus' star formation history. Elemental abundance ratios ([Eu/Mg], [Ba/Mg], and [Eu/Ba]) derived from this study, when compared with those of surviving Milky Way satellites, indicate that the GSE experienced a prolonged period of slow star formation, lasting over 2 Gyr, until it was eventually quenched by merging with the Milky Way. Consequently, these elemental signatures serve as a unique window into the complex history of both surviving and accreted satellites orbiting our Galaxy.
The paper focuses on the registered but barely discussed intertextual aspects of Magda Szabó’s prose, which can be linked to the popular culture of the first half of the twentieth century. The comparative analysis compares one of her most famous novels, Abigail, with Baroness Emma Orczy’s Pimpernel stories and the relatively late entry in the Pimpernel franchise, the 1941 film “Pimpernel” Smith, directed by and starring Leslie Howard. The paper concludes that The Scarlet Pimpernel may have influenced the story and characterization of Abigail, particularly the portrayal of the dual-identity hero, Mr. Kőnig. It is also suggested that the novel’s schematic historical representation can be linked to Magda Szabó’s choice of literary template.
Temporal Knowledge Graph (TKG) reasoning involves predicting future events based on historical information. However, due to the unpredictability of future events, this task is highly challenging. To address this issue, we propose a multi-scale hybrid architecture model based on ensemble learning, called RLGNet (Repeating-Local-Global History Network). Inspired by the application of multi-scale information in other fields, we introduce the concept of multi-scale information into TKG reasoning. Specifically, RLGNet captures and integrates different levels of historical information by combining modules that process information at various scales. The model comprises three modules: the Repeating History Module focuses on identifying repetitive patterns and trends in historical data, the Local History Module captures short-term changes and details, and the Global History Module provides a macro perspective on long-term changes. Additionally, to address the limitations of previous single-architecture models in generalizing across single-step and multi-step reasoning tasks, we adopted architectures based on Recurrent Neural Networks (RNN) and Multi-Layer Perceptrons (MLP) for the Local and Global History Modules, respectively. This hybrid architecture design enables the model to complement both multi-step and single-step reasoning capabilities. Finally, to address the issue of noise in TKGs, we adopt an ensemble learning strategy, combining the predictions of the three modules to reduce the impact of noise on the final prediction results. In the evaluation on six benchmark datasets, our approach generally outperforms existing TKG reasoning models in multi-step and single-step reasoning tasks.
Utilizing natural history data as external control plays an important role in the clinical development of rare diseases, since placebo groups in double-blind randomization trials may not be available due to ethical reasons and low disease prevalence. This article proposed an innovative approach for utilizing natural history data to support rare disease clinical development by constructing reference centile charts. Due to the deterioration nature of certain rare diseases, the distributions of clinical endpoints can be age-dependent and have an absorbing state of zero, which can result in censored natural history data. Existing methods of reference centile charts can not be directly used in the censored natural history data. Therefore, we propose a new calibrated zero-inflated kernel quantile (ZIKQ) estimation to construct reference centile charts from censored natural history data. Using the application to Duchenne Muscular Dystrophy drug development, we demonstrate that the reference centile charts using the ZIKQ method can be implemented to evaluate treatment efficacy and facilitate a more targeted patient enrollment in rare disease clinical development.
In cosmology, the fine-structure constant can affect the whole ionization history. However, the previous works confine themselves to the recombination epoch and give various strong constraints on the fine-structure constant. In this paper, we also take the reionization epoch into consideration and do a consistency test of the fine-structure constant from the whole ionization history. From the data combination of Planck 2018, BAO data, SNIa samples, SFR density from UV and IR measurements, and the $Q_\text{HII}$ constraints, we find the constraint on the fine-structure constant during the recombination epoch is $α_{\text{rec}}/α_{\text{EM}}=1.001494^{+0.002041}_{-0.002063}$ and its counterpart during the reionization epoch is $α_{\text{rei}}/α_{\text{EM}}=0.854034^{+0.031678}_{-0.027209}$ at 68$\%$ C.L.. They are not consistent with each other by $4.64σ$. A conservative explanation for such a discrepancy is that there are some issues in the data we used. We prefer a calibration of some important parameters involved in reconstructing the reionization history.
D. Jiménez-López, P. Corcho-Caballero, S. Zamora
et al.
Context. There are typically two different approaches to inferring the mass formation history (MFH) of a given galaxy from its luminosity in different bands. Non-parametric methods are known for their flexibility and accuracy, while parametric models are more computationally efficient. Aims. In this work we propose an alternative, based on a polynomial expansion around the present time, that combines the advantages of both techniques. Methods. In our approach, the MFH is decomposed through an orthonormal basis of N polynomials in lookback time. To test the proposed framework, synthetic observations are generated from models based on common analytical approximations (exponential, delayed-$τ$, and Gaussian star formation histories), as well as cosmological simulations for the Illustris-TNG suite. A normalized distance is used to measure the quality of the fit, and the input MFH is compared with the polynomial reconstructions both at the present time and through cosmic evolution. Our polynomial expansion is also compared with widely used parametric and non-parametric methods such as CIGALE anda PROSPECTOR. Results. The observed luminosities are reproduced with an accuracy of around 10 per cent for a constant star formation rate (N=1) and better for higher-order polynomials. Our method provides good results on the reconstruction of the total stellar mass, the star formation rate, and even its first derivative for smooth star formation histories, but it has difficulties in reproducing variations on short timescales and/or star formation histories that peak at the earliest times of the Universe. Conclusions. The polynomial expansion appears to be a promising alternative to other analytical functions used in parametric methods, combining both speed and flexibility.
In this paper, Schwartz offers a gendered analysis of Mészáros’s most recent feature film [‘Aurora Borealis’]. She argues that the film presents a transnational narrative about repressed traumatic memories as they pertain to sexual and political violence dating back to the early 1950s. The film explores the effects of postmemory (Hirsch) through three generations across Hungary, Austria, Russia (the former Soviet Union), and present-day Spain. With the help of theories of trauma (Herman, Kaplan, Caruth, LaCapra) and through a close reading of the symbols and colors used in the film, Schwartz reflects on the healing potential of narrative recovery together with the role children born as a result of armed conflict can play in rethinking narratives of war and in exploring their own transnational bridge-building potential in the twenty-first century.
Daniel A. Dale, Kristin R. Anderson, Louis M. Bran
et al.
The spatially resolved star formation histories are studied for 32 normal star-forming galaxies drawn from the the Spitzer Extended Disk Galaxy Exploration Science survey. At surface brightness sensitivities fainter than 28 mag arcsec$^{-2}$, the new optical photometry is deep enough to complement archival ultraviolet and infrared imaging and to explore the properties of the emission well beyond the traditional optical extents of these nearby galaxies. Fits to the spectral energy distributions using a delayed star formation history model indicate a subtle but interesting average radial trend for the spiral galaxies: the inner stellar systems decrease in age with increasing radius, consistent with inside-out disk formation, but the trend reverses in the outermost regions with the stellar age nearly as old as the innermost stars. These results suggest an old stellar outer disk population formed through radial migration and/or the cumulative history of minor mergers and accretions of satellite dwarf galaxies. The subset of S0 galaxies studied here show the opposite trend compared to what is inferred for spirals: characteristic stellar ages that are increasingly older with radius for the inner portions of the galaxies, and increasingly younger stellar ages for the outer portions. This result suggests that either S0 galaxies are not well modeled by a delayed-$τ$ model, and/or that S0 galaxies have a more complicated formation history than spiral galaxies.
Gravitational-wave detectors on earth have detected gravitational waves from merging compact objects in the local Universe. In future we will detect gravitational waves from higher-redshift sources, which trace the high-redshift structure formation history. That is, by observing high-redshift gravitational-wave events we will be able to probe structure formation history. This will provide additional insight into the early Universe when primordial fluctuations are generated and also into the nature of dark matter.
James E. Upjohn, Michael J. I. Brown, Andrew M. Hopkins
et al.
We measure the cosmic star formation history out to z = 1.3 using a sample of 918 radio-selected star forming galaxies within the 2 square degree COSMOS field. To increase our sample size, we combine 1.4 GHz flux densities from the VLA-COSMOS catalogue with flux densities measured from the VLA-COSMOS radio continuum image at the positions of I < 26.5 galaxies, enabling us to detect 1.4 GHz sources as faint as 40 uJy. We find radio measurements of the cosmic star formation history are highly dependent on sample completeness and models used to extrapolate the faint end of the radio luminosity function. For our preferred model of the luminosity function, we find the star formation rate density increases from 0.019 Solar masses per year per cubic Mpc at z = 0.225 to 0.104 Solar masses per year per cubic Mpc, which agrees to within 33% of recent UV, IR and 3 GHz measurements of the cosmic star formation history.
In tracing the function of sound in Elfriede Jelinek’s multi-lingual «Kein Licht» (2011) the article argues that she uses the concept of entropy – the tendency of closed systems to move towards disorder – to depict critically the events of the Fukushima nuclear disaster. Within the realm of death by radiation a polyphony of voices and intertextual references reaching from Sophocles to Thomas Pynchon produce a “blinding by noise” through which the text turns into an «opera aperta» evoking Umberto Eco’s aesthetic concept and the central role assigned to entropy.
History of Austria. Liechtenstein. Hungary. Czechoslovakia
The Brussels EXPO of 1958 was envisioned by its organisers as a platform to renew the intellectual, spiritual and moral powers of humanism after the horrors of the Second World War. In its post-War setting, it aimed to promote the new Man by crossing the anxious binaries of Cold War politics. In reality, however, it fed on these very anxieties with the USA and USSR using art, technology, architectural designs to further the propaganda of their respective competing antagonistic political worldview. But, some small countries like the Soviet satellite states of Czechoslovakia and Hungary made a significant impact through their pavilions on the millions of visitors. The death of Stalin in 1953 followed by the comparatively liberal policies of Khrushchev and the consequent political disturbances in Hungary and, political reforms in Czechoslovakia determined the content and styling of the pavilions at the Expo. Both the countries marked a shift from socialist realism and posited themselves through art, architecture or technological displays which were more abstract, innovative, individualistic, existential, humanistic and even avant-garde. Moreover, the local, regional, ethnic and even the national were strongly emphasized in the pavilions, some of which at times were bereft of the traditional symbolism of a socialist state. The emphasis on the national illustrated the contradictions in the ideology and action of politics in these east and central European countries in the light of the post-Stalinist era. These contradictions, not only helped to realign the dominance of socialism internally, but had global implications and intentions in the cultural Cold War, which were played out through the content and styling of the pavilions at the expo in Brussels.
Proverbs are concise formulations of folk wisdom and as such, when seen in masses, they may well express the spirit of their time and place. In Hungarian proverbial lore Jews figure prominently in nineteenth-century proverb collections but fade out of such collections as of the mid-twentieth century. In the nineteenth-century proverb collections Jews are invariably portrayed as faithless, dishonest, greedy, physically weak and unattractive. Largely, this portrayal as well as the dynamics of the earlier presence of Jews versus their later disappearance from Hungarian proverb collections match the shared history of Hungarians and Hungarian Jews since the 1867 Emancipation of the country's Jews and possibly even earlier, through their growing integration in significant arenas of their host society, up to their persecution and annihilation in the Holocaust, and later their decade long forced merging into the general Hungarian society under communism. This article traces the occurrence and disappearance of Jews in Hungarian proverb collections throughout the last two centuries and analyzes the language, content and messages of the proverbs about Jews in these collections.
Immediately before and shortly after the collapse of socialism in 1989, a large number of private publishing houses were founded in Hungary. Some of them began their career by republishing the novels of selected popular Hungarian women writers of the preWorld War II era that had been banned following the Soviet occupation of the country in 1945. The lack of comprehensive literary criticism on the works of women authors drove the new publishers to rely on the so-called “oral canon” of collective memory, which had saved some of their names from oblivion. To grab the attention of prospective readers, the books selected for publication were provided with modern book cover designs, reflecting new, but still patriarchal values. After a brief overview of how prewar literature was censored after 1945, focusing on the editors’ inevitable reinterpretation of the writings of Renée Erdős, Mrs. Kosáry Lola Réz, and Anna Tutsek through book cover designs, Kádár aims in this paper to survey in what ways and how successfully the re-editions of the novels by women writers have contributed to their inclusion in the literary canon since 1989.
Lenard, Alexander. 2013. Stories of Rome (trans. Mark Baczoni). Budapest: Corvina. 241 pp.
Reviewed by Helga Lénárt-Cheng, Saint Mary’s College of California
This is a contribution paper from the Double Chooz experiment to the special issue of NPB on neutrino oscillations. The physics and a history of the reactor theta13 experiments, as well as Double Chooz experiment and its neutrino oscillation analyses are reviewed.