Complex Character Research Articles

Primes and conductors of characters

If G is a finite p-solvable group, P is a Sylow p-subgroup of G and χ∈Irr(G) is an irreducible complex character of degree not divisible by p, we prove that the field of values Q(χP) of the restriction of χ to P has index not divisible by p in the cyclotomic extension Q(e2πipf), where pf is the p-part of the conductor of χ. This proves the p-solvable case of the main conjecture in [4].

Women in Shakespeare's Tragedies and Comedies

William Shakespeare's plays are renowned for their portrayal of complex and compelling female characters. In both his tragedies and comedies, Shakespeare challenges traditional gender roles and stereotypes, presenting women who are intelligent, independent, and assertive. This study examines the roles of women in Shakespeare's tragedies and comedies, focusing on the plays "Macbeth," "Hamlet," "Othello," "Twelfth Night," "Much Ado About Nothing," and "A Midsummer Night's Dream." The objective of this study is to analyze the portrayal of women in Shakespeare's tragedies and comedies, exploring how their characters challenge traditional gender roles and stereotypes. The study utilizes a qualitative approach, analyzing the text of the plays to identify key themes and character traits associated with the female characters. The analysis includes a comparison of the portrayal of women in the tragedies and comedies, highlighting differences and similarities in their roles and behaviors. The analysis reveals that women in Shakespeare's tragedies are often portrayed as victims of male ambition and jealousy, while women in his comedies are depicted as witty, intelligent, and independent. Overall, Shakespeare's female characters challenge traditional gender roles and stereotypes, presenting a more nuanced and empowering view of women. Women play crucial roles in Shakespeare's tragedies and comedies, challenging traditional gender roles and stereotypes. The study highlights the importance of considering the context of Shakespeare's time when analyzing his portrayal of women, as well as the enduring relevance of his female characters in modern society.

The Mapping of Shen Congwen in Characters of the Western Hunan world under the Perspective of Identity in the 1930s

The 1930s was an important turning point in the history of China's development, and the turbulence of the times also affected the spiritual world of intellectuals. Amidst the literary world of different schools of thought, Shen Congwen, with his unique identity, constructed a world of Western Hunan blending local customs and cultural atmosphere. In the 1930s, Shen Congwen, on the one hand, held fast to his self-identity as a countryman by virtue of his bloodline rooted in the countryside, and on the other hand, his life experience of moving from the countryside to the city enabled him to gain the identity of a "marginal man" in the society. While hovering between the urban and rural areas ,this led Shen to create a lot of far-reaching, complex and diversified characters in the western Hunan world. This process also reveals the impact of the formation of the Dual urban-rural structure on the author.

Chinese Female Writer Zhang Yueran and Fictional Features of Her Prose

In this paper, the author analyzes the fiction of contemporary Chinese female writer Zhang Yueran (b. 1982). As a radiant and influential representative of the post-1980s generation in contemporary Chinese literature, Zhang Yueran is considered to be one of most talented and strong young writers. Post-1980s Chinese writers are known by depiction of young people’s lives in big cities with elements of magical realism, however, unlike the most Post-1980s Chinese writers, Zhang Yueran focuses more on the characters’ subjectivity and their pursuit of love (parental and romantic). Her complex characters thrive for love and happiness, but also suffer from loneliness and lack of parental attention. Zhang Yueran’s writing is visceral and almost poetic in its use of metaphor. The development of Zhang Yueran’s prose can be divided two key periods. Her early works are aesthetic psychological thrillers about unhealthy love, inspired by classical fairytales that end with a character’s death and self-destruction: while the language is beautiful and almost poetic, but there is a lack of narrative depth. In her second era, Zhang Yueran returns to realism and successfully combines style and deep narrative by contrasting scenes of cruelty and mercy. At the moment her latest novel “Cocoon” embodies all significant fictional features from the perspective of both style and narrative.

Environmental characterization of ferrochromium production waste (refined slag) and its carbonization product

This paper presents the results of research on the method of utilization of self-disintegrating slags of refined ferrochrome production by autoclave carbonization in carbon dioxide environment. The work has a complex character, including earlier laboratory studies of the slag carbonization process under different conditions, as well as studies of chemical and mineralogical composition of initial waste slags taken from the slag dump and samples of bricks subjected to carbonization. The composition of slags and obtained products was investigated by XRD, DTA, DTG and XRF analyses, which showed that the main phases of the studied samples are dicalcium silicate, montichelite, periclase, magnesiochromite, calcite. Thermal analytical studies showed that magnesium carbonate is present only in the samples of artificially carbonized material. Also, the process of carbonate formation in the thickness of bricks during forced carbonization was investigated. As a result, it was obtained that with increasing CO2 pressure, the amount of bound carbon in the products increases proportionally in all layers. It was determined that the amount of CO2 absorbed during carbonization can reach 20 % of the mass of the initial slag. Stale slag can be used simultaneously as a carbon dioxide absorber and as a building product.

THE NOIR LEGACY AND ITS INFLUENCE ON CONTEMPORARY LITERATURE

The article explores the legacy of noir heritage and influence of the noir detective on contemporary literature. It analyses how noir tropes and themes have been adapted and reinterpreted by contemporary authors, creating new and exciting works of literature. The noir detective, which emerged in American literature of the 1940s and 1950s, has had a profound and indelible influence on modern literature. Noir characteristics such as cynical protagonists, dark atmosphere, and intricate plots continue to resonate with readers and writers today. The article explores how contemporary writers use noir elements to create complex characters, exploring themes of violence, corruption, and moral ambiguity.

Herbal For Anxiety In Psychology Case: Bibliometric Analysis

This research aims to carry out an in-depth analysis of the effects of herbs on anxiety in psychological cases. In order to address the complex character of anxiety disorders, there is a link between herbal therapies for anxiety in psychological cases and the integration of psychological and herbal viewpoints. Herbal treatments provide supplementary options for modifying neurobiological mechanisms underpinning symptom presentation, whereas psychological therapies focus on the cognitive, emotional, and behavioural elements of anxiety. Bibliometric analysis was done using VOSviewer software, and data was taken from the Scopus database. Data was taken by searching for keywords that were appropriate to this research, namely "herbal,” “anxiety,” and “psychology.”Herbal remedies are a viable means of supplementing psychological therapy and fostering overall well-being while reducing anxiety in psychological problems. In psychological circumstances, the link between herbal therapies for anxiety entails integrating herbal and psychological viewpoints to address the intricate interaction of behavioural, affective, cognitive, and neurobiological components that underlie anxiety disorders. Healthcare professionals should stay up to date on the growing body of research supporting herbal therapies and participate in collaborative decision-making with patients on available treatments, taking into account each patient's unique preferences, values, and cultural beliefs. The research's methodological approach, which combines bibliometric analysis with data retrieved from the Scopus database, offers a methodical and objective way to compile the body of knowledge on herbal remedies for anxiety in psychiatric problems.

Investigation of multinucleation and apoptosis of macrophages of BCG-infected mice and their production of cathepsins and matrix metalloproteinases

The relevance of the study of the role of macrophages and their multinucleated forms in the pathogenesis of tuberculous granulomatosis is determined by its wide prevalence, the presence of severe socio-economic consequences of its morbidity and necrotic complications, which are based on the high destructive potential of macrophages associated with the role of hydrolases in the degradation of extracellular matrix components. Aim of the study was to investigate the features of the multinucleation, apoptosis and expression of a number of hydrolases in macrophages of BCG-infected mice. Material and methods. The intensity of macrophage multinucleation and apoptosis, the peculiarities of their expression of matrix metalloproteinases (MMP-1, MMP-9), catepsins (CatB, CatD), caspase-3, and p53 protein were studied in peritoneal cells cultures of intact and BCG-infected BALB/c mice. Results. The number of multinucleated macrophages increased according to the terms of the experiment, having a maximum value for 3 months of observation, but after 2 months almost reaching this level. The realization of apoptosis, multinucleation of macrophages had a complex character, determining the composition of their subpopulations. The dynamics of the expression of the studied hydrolases by macrophages indicated their unequal role in tissue necrosis at various stages of granulomogenesis. The high functional ability of multinucleated macrophages to produce hydrolases of certain types is shown. Intense expression of MMP-1 in the early stages of granulomogenesis and its maximum value, as well as CatD expression for 3 months, and strong expression of MMP-9 for 6 months were noted. Conclusions. Stimulation of plastic processes in macrophages under conditions of BCG-granulomatosis determines the formation of multinucleated macrophages with high functional potential and intensive expression of hydrolases by macrophages for 2 and 3 months of granulomogenesis. These are periods of high risk of necrotic complications of tuberculous granulomatosis, which should be taken into account when developing methods for their prevention and therapeutic correction.

Molybdenum(VI) Nitrido Complexes with Tripodal Silanolate Ligands. Structure and Electronic Character of an Unsymmetrical Dimolybdenum μ-Nitrido Complex Formed by Incomplete Nitrogen Atom Transfer.

In contrast to a tungsten nitrido complex endowed with a tripodal silanolate ligand framework, which was reported in the literature to be a dimeric species with a metallacyclic core, the corresponding molybdenum nitrides 3 are monomeric entities comprising a regular terminal nitride unit, as proven by single-crystal X-ray diffraction (SC-XRD). Their electronic character is largely determined by the constraints imposed on the metal center by the podand ligand architecture. 95Mo nuclear magnetic resonance (NMR) and, to a lesser extent, 14N NMR spectroscopy allow these effects to be studied, which become particularly apparent upon comparison with the spectral data of related molybdenum nitrides comprising unrestrained silanolate, alkoxide, or amide ligands. Attempted nitrogen atom transfer from these novel terminal nitrides to [(tBuArN)3Mo] (Ar = 3,5-dimethylphenyl) as the potential acceptor stopped at the stage of unsymmetric dimolybdenum μ-nitrido complex 13a as the first intermediate along the reaction pathway. SC-XRD, NMR, electron paramagnetic resonance, and ultraviolet-visible spectroscopy as well as magnetometry in combination with density functional theory allowed a clear picture of the geometric and electronic structure of this mixed-valent species to be drawn. 13a is formally best described as an adduct of the type [(Mo[O])+III-(μN)-III-(Mo[N])+VI], S = 1/2 complex with (Mo[O])+III in the low-spin configuration, whereas related complexes such as [(AdS)3Mo-(μN)-Mo(NtBuAr)3] (19; Ad = 1-adamantyl) have previously been regarded in the literature as mixed-valent Mo+IV/Mo+V species. The spin population at the two Mo centers is uneven and notably larger at the more reduced Mo[O] atom, whereas the only spin present at the (μN) bridge is derived from spin polarization.

A General Concept for the Electronic and Steric Modification of 1-Metallacyclobuta-2,3-dienes: A Case Study of Group 4 Metallocene Complexes.

The synthesis of group 4 metal 1-metallacyclobuta-2,3-dienes as organometallic analogues of elusive 1,2-cyclobutadiene has so far been limited to SiMe3 substituted examples. We present the synthesis of two Ph substituted dilithiated ligand precursors for the preparation of four new 1-metallacyclobuta-2,3-dienes [rac-(ebthi)M] (M=Ti, Zr; ebthi=1,2-ethylene-1,10-bis(η5-tetrahydroindenyl)). The organolithium compounds [Li2(RC3Ph)] (1 b: R=Ph, 1 c: R=SiMe3) as well as the metallacycles of the general formula [rac-(ebthi)M(R1C3R2)] (2 b: M=Ti, R1=R2=Ph, 2 c: M=Ti, R1=Ph, R2=SiMe3; 3 b: M=Zr, R1=R2=Ph; 3 c: M=Zr, R1=Ph, R2=SiMe3) were fully characterised. Single crystal X-ray diffraction and quantum chemical bond analysis of the Ti and Zr complexes reveal ligand influence on the biradicaloid character of the titanocene complexes. X-band EPR spectroscopy of structurally similar Ti complexes [rac-(ebthi)Ti(Me3SiC3SiMe3)] (2 a), 2 b, and 2 c was carried out to evaluate the accessibility of an EPR active triplet state. Cyclic voltammetry shows that introduction of Ph groups renders the complexes easier to reduce. 13C CPMAS NMR analysis provides insights into the cause of the low field shift of the resonances of metal-bonded carbon atoms and provides evidence of the absence of the β-C-Ti interaction.

The West Wing: a fictitious dramatization of American idealism

The aim of this article is to investigate the reasons behind the origins of the ideal American society and its embodiment in the television series The West Wing. To this end, the factors that led to the success of the series will be explored, at the precise moment when the public’s viewing habits began to change, as they started demanding more complex and ambiguous dramatic characters. In this context, the article examines the way in which Aaron Sorkin, the creator of the series, approached the writing of the episodes, avoiding overly naive idealism without renouncing the aim of building bridges with the foundations of the American past. The study analyses the most important plots of the first four seasons and their links to the society that emerged in the New World. Despite the problems inherent in such an undertaking, the conclusions show how Sorkin’s dramatic skills managed to dramatize idealism in order to bring the series closer to 21st century audiences, avoiding the cynicism that was starting to take hold in society at that moment, yet at the same time adapting the conflicts of the plot to the level of complexity required by the audience. Moreover, the prestige of the series has outlived the years in which it was produced, as it is still viewed today, at a time when the innocent point of view has decisively disappeared. Among the findings of the study, one interesting fact is that the fictional president, Josiah Bartlet, was given the name of a senator who actually signed the Declaration of Independence.

Eliminating sticking effects among fine strokes in micropatterning complex Chinese characters

In this work, complex Chinese micropatterns are experimentally inscribed in AgInSbTe thin films through laser writing technique. The overlapping inscription strategy is introduced to reduce the size of complex Chinese micropatterns, and the erosion algorithm is used to eliminate sticking effects among fine strokes in complex Chinese micropatterns. The results show that the size of complex Chinese micropatterns can be reduced to around 15.41µm×15.41µm. The width of the finest stroke is only 0.45 µm. This method can achieve a fidelity of 95%. This work helps with the long-term preservation of massive Chinese character archives.

P-Singular characters and normal Sylow p-subgroups

Let [Formula: see text] be a finite group and [Formula: see text] a prime. We denote by [Formula: see text] the set of irreducible complex characters of [Formula: see text] whose degrees are linear or divisible by [Formula: see text], and we write [Formula: see text] to denote the ratio of the sum of squares of irreducible character degrees in [Formula: see text] to the sum of irreducible character degrees in [Formula: see text]. The Itô–Michler Theorem on character degrees states that [Formula: see text] if and only if [Formula: see text] has a normal abelian Sylow [Formula: see text]-subgroup. We generalize this theorem as follows: if [Formula: see text], then [Formula: see text] has a normal Sylow [Formula: see text]-subgroup.

Expanding the Scope of Aluminum Chemistry with Noninnocent Ligands.

ConspectusAluminum is the most abundant metal in the earth's crust at 8%, and it is also widely available domestically in many countries worldwide, which ensures a stable supply chain. To further the applications of aluminum (Al), such as in catalysis and electronic and energy storage materials, there has been significant interest in the synthesis and characterization of new Al coordination compounds that can support electron transfer (ET) and proton transfer (PT) chemistry. This has been achieved using redox and chemically noninnocent ligands (NILs) combined with the highly stable M(III) oxidation state of Al and in some cases the heavier group 13 ions, Ga and In.When ligands participate in redox chemistry or facilitate the breaking or making of new bonds, they are often termed redox or chemically noninnocent, respectively. Al(III) in particular supports rich ligand-based redox chemistry because it is so redox inert and will support the ligand across many charge and protonation states without entering into the reaction chemistry. To a lesser extent, we have reported on the heavier group 13 elements Ga and In, and this chemistry will also be included in this Account, where available.This Account is arranged into two technical sections, which are (1) Structures of Al-NIL complexes and (2) Reactivity of Al-NIL complexes. Highlights of the research work include reversible redox chemistry that has been enabled by ligand design to shut down radical coupling pathways and to prevent loss of H2 from unsaturated ligand sites. These reversible redox properties have in turn enabled the characterization of Class III electron delocalization through Al when two NIL are bound to the Al(III) in different charge states. Characterization of the metalloaromatic character of square planar Al and Ga complexes has been achieved, and characterization of the delocalized electronic structures has provided a model within which to understand and predict the ET and PT chemistry of the NIL group 13 compounds. The capacity of Al-NIL complexes to perform ET and PT has been employed in reactions that use ET or PT reactivity only or in reactions where coupled ET/PT affords hydride transfer chemistry. As an example, ligand-based PT reactions initiate metal-ligand cooperative bond activation pathways for catalysis: this includes acceptorless dehydrogenation of formic acid and anilines and transfer hydrogenation chemistry. In a complementary approach, ligand based ET/PT chemistry has been used in the study of dihydropyridinate (DHP-) chemistry where it was shown that N-coordination of group 13 ions lowers kinetic barriers to DHP- formation. Taken together, the discussion presented herein illustrates that the NIL chemistry of Al(III), and also of Ga(III) and In(III) holds promise for further developments in catalysis and energy storage.

Exploring the Tragic Aesthetics in Hamlet and the Differences with Traditional Chinese Aesthetic Views

Tragedy, as an important form of human art, transcends time and space with its profound emotions and noble spiritual content, becoming a carrier of cultural resonance around the world. In different cultural backgrounds, the aesthetics of tragedy presents a variety of styles. These differences are reflected not only in aesthetic orientation but also in expressive techniques and value pursuits. Hamlet, as a distinguished representative of Western tragedy, constructs a unique and magnificent tragic tableau through its deep psychological analysis, complex character development, and intense conflict. The complexity and contradiction of human nature are vividly displayed in this work. In contrast, traditional Chinese aesthetic concepts place more emphasis on harmony, balance, and inner beauty. This aesthetic orientation emphasizes the moderation of emotions and moral education, pursuing a restrained and implicit beauty. In traditional Chinese tragedies, characters are often more reserved and implicit, with more controlled and moderate emotional expression. Comparing the tragic aesthetics in Hamlet with traditional Chinese aesthetic views reveals significant differences in several aspects. This comparison helps us understand more deeply the art of tragedy under different cultural backgrounds, recognize the complexity and diversity of human nature, and profoundly appreciate the fragility and preciousness of life.

Artemio Cruz and the Question of Choice

Carlos Fuentes’s 1962 novel La muerte de Artemio Cruz is a fundamental work in twentieth century fiction. The theme of choice permeates and complicates the novel’s plot. Behind these choices is what appears to be a win-or-lose mentality, as Artemio seems to perceive the world as divided between chingones and chingados. This dichotomy is one that echoes the discourse of Mexican intellectual, writer, and diplomat Octavio Paz (1914–1998) in his well-known book on Mexican identity, El laberinto de la soledad (1950). Building on previous criticism that studies the intertextual relationship between the two works, this paper argues that Fuentes’s protagonist embodies Paz’s theoretical description of un hijo de la Chingada, simultaneously paying tribute to Paz’s book while also questioning and problematizing its dichotomous thinking. Artemio’s individuality, highlighted by the novel’s opening (“Yo despierto…”) and its closing (“moriré”), is something often overlooked by criticism that views Artemio Cruz as a trope, more than a man. Throughout the novel Artemio encounters doubles of himself that force moments of reflection. These doubles haunt him on his deathbed, creating a crisis of conscience that complicates the reader’s interpretation of Cruz as protagonist. To presume that Artemio Cruz is merely a literary manifestation of Paz’s theory is to overlook the craftsmanship behind his construction as a complex character who reflects on how the choices he has made have shaped his life and legacy.

Relationship between Early Maladaptive Schemas and DSM-5 Pathological Personality Traits from a Dimensional Diagnostic Approach

IntroductionIn DSM-5 Section III, the Alternative Model for Personality disorders (AMPD), a dimensional approach for conceptualization and diagnosing complex character problems was introduced. Based on recent findings, AMPD aligns well with the theory of Young’s Schema Therapy (ST). ST seems to offer a valuable clinical framework that complements the empirically based AMPD, which is not built upon a certain theory of psychopathology.ObjectivesThe aim of the current study was to explore the association between early maladaptive schemas (EMSs), DSM-5 pathological personality traits and certain psychological symptoms to gain a better understanding of their relationship and highlight the connection points between AMPD and the theory of ST.MethodsA total of 490 Hungarian participants, including 98 males, took part in the cross-sectional research, with an average age of 26.9 (SD = 9.34). All participants completed the short form of Young’s schema questionnaire (YSQ-S3), the brief form of PID-5 (PID-5 BF) and the revised version of the Derogatis Symptom Checklist (SCL-90 R).ResultsResults of a series of hierarchical regression analyses found that all five schema domains were able to predict psychological symptoms and DSM-5 pathological personality traits at a statistically significant level. Moreover, in accordance with our data, specific EMS patterns are associated with different psychological symptoms and pathological personality traits. Ultimately, we identified two EMSs, namely Negativity/Pessimism and Insufficient Self-control, which predicted all of our dependent variables.ConclusionsOur findings suggest that the relationship between EMSs and DSM-5 pathological personality traits goes beyond the established fact that EMSs, like any other indicators of personality problems are associated with psychopathological symptoms and traits. This is supported by the fact that we could link specific EMS patterns to the pathological personality traits and psychological symptoms that we investigated. We believe that our results contribute to the clinical utility of AMPD, by assisting the creation of schema profiles tailored to personality pathologies, thereby facilitate the diagnostic process and the development of schema - focused interventions. Furthermore, it seems that the identified EMSs, Negativity/Pessimism and Insufficient Self-control play a special role in relation to pathological personality traits and psychological symptoms and should be considered with particular emphasis in terms of risk group classification and vulnerability.Disclosure of InterestNone Declared

Social Justice Profiles: An Exploratory Study towards an Empirically Based Multi-Dimensional Classification of Countries Regarding Fairness of Participation in Higher Education

The aim of this article is to suggest a better—theoretically and empirically grounded—understanding of the complex character of social justice in higher education. Theoretically, this article conceptualises social justice in higher education as mediating participation in, completion of and outcomes from higher education. It introduces the concept of composite capability for achieving higher education that captures capabilities to participate in, complete and gain outcomes from higher education. This study also develops a methodology for building an empirically based classification of countries regarding social justice in participation in higher education, taking into account the assessed inequality in students’ pathways to higher education as well as inequality in their social conditions, associated with students’ social origin. In so doing, it develops three indices: the index of inequalities in students’ pathways, the index of inequalities in students’ social conditions and the index of participation in higher education. Using microdata from the EUROSTUDENT VII survey (2019–2021) for 12 European countries, it applies the developed methodology to classify countries, for which data are available, by the degree of fairness in participation in higher education. This study’s results demonstrate the social embeddedness of social justice in higher education in different economic and political contexts.

FontDiffuser: One-Shot Font Generation via Denoising Diffusion with Multi-Scale Content Aggregation and Style Contrastive Learning

Automatic font generation is an imitation task, which aims to create a font library that mimics the style of reference images while preserving the content from source images. Although existing font generation methods have achieved satisfactory performance, they still struggle with complex characters and large style variations. To address these issues, we propose FontDiffuser, a diffusion-based image-to-image one-shot font generation method, which innovatively models the font imitation task as a noise-to-denoise paradigm. In our method, we introduce a Multi-scale Content Aggregation (MCA) block, which effectively combines global and local content cues across different scales, leading to enhanced preservation of intricate strokes of complex characters. Moreover, to better manage the large variations in style transfer, we propose a Style Contrastive Refinement (SCR) module, which is a novel structure for style representation learning. It utilizes a style extractor to disentangle styles from images, subsequently supervising the diffusion model via a meticulously designed style contrastive loss. Extensive experiments demonstrate FontDiffuser's state-of-the-art performance in generating diverse characters and styles. It consistently excels on complex characters and large style changes compared to previous methods. The code is available at https://github.com/yeungchenwa/FontDiffuser.

Soil Contamination by Heavy Metals and Radionuclides and Related Bioremediation Techniques: A Review

The migration of heavy metals and radionuclides is interrelated, and this study focusses on the interaction and complex influence of various toxicants. The rehabilitation of radioactively contaminated territories has a complex character and is based on scientifically supported measures to restore industrial, economic, and sociopsychological relations. We aim for the achievement of pre-emergency levels of hygienic norms of radioactive contamination of output products. This, in its sum, allows for further economic activity in these territories without restrictions on the basis of natural actions of autoremediation. Biosorption technologies based on bacterial biomass remain a promising direction for the remediation of soils contaminated with radionuclides and heavy metals that help immobilise and consolidate contaminants. A comprehensive understanding of the biosorption capacity of various preparations allows for the selection of more effective techniques for the elimination of contaminants, as well as the overcoming of differences between laboratory results and industrial use. Observation and monitoring make it possible to evaluate the migration process of heavy metals and radionuclides and identify regions with a disturbed balance of harmful substances. The promising direction of the soil application of phosphogypsum, a by-product of the chemical industry, in bioremediation processes is considered.