Representasi Tokoh Lisa dalam Novel Bunda Lisa Karya Jombang Santani Khairen: Kajian Psikologi Wanita (Delegation Of Lisa In Novel Bunda Lisa Written By Jombang Santani Khairen: Examined By Woman Psychology)

This article tells about the delegation of a woman in family and society. The delegation of a woman is interesting to be study because a women has a big role in family life also in society. Woman also needs to receive the prize of woman right, woman emancipation, and woman construction dealing with woman psychology. The novel entitled Bunda Lisa, written by Jombang Santani Khairen mention many aspects of woman psychology as a wife, as a mother and a teacher, as well as a housewife. That problem can be known through the structural theory includes theme, cast, character, conflict and background. The result analysis of structural theory and woman psychology examination in novel Bunda Lisa draws that the novel is appropriate along the theory used, those are structural theory and woman psychology examination

A Study on Figurative Language Covering Simile, Metaphor, Personification and Symbol in Poem

This research aims to find out the students' ability to show figurative languages and to mention their functions. The research was conducted to the Semester 3 students of English Education Study Program of Tanjungpura University in Academic Year 2016/2017. The research method used is descriptive study. The sample of this research consists of 70 students who are taking Poetry subject in Class A and Class B in Semester-3 of English Education Study Program. The technique of data collecting for this research is measurement test. From the calculation, the mean score of students' ability to show figurative language was 60,29. Therefore, the students' ability to show the expressions of figurative language is categorized as “Average to Good”. From the computation, the students' mean score to mention the function of figurative language is 55,71, thus this result is categorized as “Poor to Average”. The results of this study show that the students need more hours to learn about figurative language including the defintions, the functions, and the identification practice

Artificial Intelligence Meet Language as Technology Advances in Translation Tools

AI is a technology emulating the intellectual capabilities of the human brain, including the ability to communicate using specific languages. This study was aimed at exploring how the initial concept and development of AI and language can transform into a tool aiding humans in acquiring extensive knowledge, similar to current technology. To achieve this, the authors conducted a Narrative Review and Literature Study. The results of the study's Google Form survey on Artificial Intelligence showed that 89.5% of the respondents were aware of AI, while 10.5% of them were not. Additionally, 78.9% of the respondents preferred Google Translate as a translation tool, while 21.1% of them preferred UDictionary. Subsequently, 52.6% of the respondents frequently used the Translation Tool, whereas 47.4% of them rarely used it. Moreover, 15.8% of the respondents assumed a supplementary assumption of 50%, while 5.3%of them believed that 60% and 30% constituted the conclusion derived from the writings and surveys about the Artificial Intelligence Meet Language as Technology Advance in Translation Tools. It is concluded that the Translator Tool belongs to the category of AI machines, and AI translation results behave more like human translators than bilingual dictionarie

Composite fermion wave functions as conformal field theory correlators

It is known that a subset of fractional quantum Hall wave functions has been expressed as conformal field theory (CFT) correlators, notably the Laughlin wave function at filling factor $\nu=1/m$ ($m$ odd) and its quasiholes, and the Pfaffian wave function at $\nu=1/2$ and its quasiholes. We develop a general scheme for constructing composite-fermion (CF) wave functions from conformal field theory. Quasiparticles at $\nu=1/m$ are created by inserting anyonic vertex operators, $P_{\frac{1}{m}}(z)$, that replace a subset of the electron operators in the correlator. The one-quasiparticle wave function is identical to the corresponding CF wave function, and the two-quasiparticle wave function has correct fractional charge and statistics and is numerically almost identical to the corresponding CF wave function. We further show how to exactly represent the CF wavefunctions in the Jain series $\nu = s/(2sp+1)$ as the CFT correlators of a new type of fermionic vertex operators, $V_{p,n}(z)$, constructed from $n$ free compactified bosons; these operators provide the CFT representation of composite fermions carrying $2p$ flux quanta in the $n^{\rm th}$ CF Landau level. We also construct the corresponding quasiparticle- and quasihole operators and argue that they have the expected fractional charge and statistics. For filling fractions 2/5 and 3/7 we show that the chiral CFTs that describe the bulk wave functions are identical to those given by Wen's general classification of quantum Hall states in terms of $K$-matrices and $l$- and $t$-vectors, and we propose that to be generally true. Our results suggest a general procedure for constructing quasiparticle wave functions for other fractional Hall states, as well as for constructing ground states at filling fractions not contained in the principal Jain series.Comment: 26 pages, 3 figure

Breakdown of Universality in Random Matrix Models

We calculate smoothed correlators for a large random matrix model with a potential containing products of two traces \tr W_1(M) \cdot \tr W_2(M) in addition to a single trace \tr V(M). Connected correlation function of density eigenvalues receives corrections besides the universal part derived by Brezin and Zee and it is no longer universal in a strong sense.Comment: 16 pages, LaTex, references and footnote adde

Solitons and Quasielectrons in the Quantum Hall Matrix Model

We show how to incorporate fractionally charged quasielectrons in the finite quantum Hall matrix model.The quasielectrons emerge as combinations of BPS solitons and quasiholes in a finite matrix version of the noncommutative $\phi^4$ theory coupled to a noncommutative Chern-Simons gauge field. We also discuss how to properly define the charge density in the classical matrix model, and calculate density profiles for droplets, quasiholes and quasielectrons.Comment: 15 pages, 9 figure

Statistical Properties of Cross-Correlation in the Korean Stock Market

We investigate the statistical properties of the correlation matrix between individual stocks traded in the Korean stock market using the random matrix theory (RMT) and observe how these affect the portfolio weights in the Markowitz portfolio theory. We find that the distribution of the correlation matrix is positively skewed and changes over time. We find that the eigenvalue distribution of original correlation matrix deviates from the eigenvalues predicted by the RMT, and the largest eigenvalue is 52 times larger than the maximum value among the eigenvalues predicted by the RMT. The $\beta_{473}$ coefficient, which reflect the largest eigenvalue property, is 0.8, while one of the eigenvalues in the RMT is approximately zero. Notably, we show that the entropy function $E(\sigma)$ with the portfolio risk $\sigma$ for the original and filtered correlation matrices are consistent with a power-law function, $E(\sigma) \sim \sigma^{-\gamma}$, with the exponent $\gamma \sim 2.92$ and those for Asian currency crisis decreases significantly

On the stationary points of the TAP free energy

In the context of the p-spin spherical model, we introduce a method for the computation of the number of stationary points of any nature (minima, saddles, etc.) of the TAP free energy. In doing this we clarify the ambiguities related to the approximations usually adopted in the standard calculations of the number of states in mean field spin glass models.Comment: 11 pages, 1 Postscript figure, plain Te

Delivering reform in English healthcare: an ideational perspective

A variety of perspectives has been put forward to understand reform across healthcare systems. Recently, some have called for these perspectives to give greater recognition to the role of ideational processes. The purpose of this article is to present an ideational approach to understanding the delivery of healthcare reform. It draws on a case of English healthcare reform – the Next Stage Review led by Lord Darzi – to show how the delivery of its reform proposals was associated with four ideational frames. These frames built on the idea of “progress” in responding to existing problems; the idea of “prevailing policy” in forming part of a bricolage of ideas within institutional contexts; the idea of “prescription” as top-down structural change at odds with local contexts; and the idea of “professional disputes” in challenging the notion of clinical engagement across professional groups. The article discusses the implications of these ideas in furthering our understanding of policy change, conflict and continuity across healthcare settings