Making the Global Visible: Charting the Uneven Development of Global Monsters in Bong Joon-Ho’s \u3cem\u3eOkja\u3c/em\u3e and Nacho Vigalondo’s \u3cem\u3eColossal\u3c/em\u3e

In her essay, “Making the Global Visible: Charting the Uneven Development of Global Monsters in Bong Joon-Ho’s Okja and Nacho Vigalondo’s Colossal,” Ju Young Jin examines the entanglement of the global and the monstrous in two recent films that position Korea on the cusp between Cold War politics and global capitalism: Bong Joon-Ho’s Okja and Nacho Vigalondo’s Colossal. The Korean filmmaker Bong Joon-Ho and Spanish filmmaker Nacho Vigalondo offer viewers films that challenge conventional notions of monster by fusing it with a coming-of-age plot of the female protagonist that takes place on a global scale, which contests the bildungsroman form that valorizes the nation-state in tracing a person’s growth and social integration. By using the critical frameworks of postcolonial bildungsroman and Kaiju (Japanese monster films such as Godzilla) genre, I highlight how these films stage the broader tensions and radical discontinuities of globalization informed by the complex Korea-US relationship. My term “global monsters” is meant to refer, on one hand, to the discursive act of charting the uneven development and mobility of the monsters shown in the two films and, on the other hand, to the indexical act of making visible the process and force of globalization. Exploring the entanglement of the global and the monsters in the two films then is tantamount to delineating an abstract space of globalization and radical discontinuities therein writ large

Introduction to The Monstrous Global: the Effects of Globalization on Cultures

This special issue on “The Monstrous Global: The Effects of Globalization on Cultures” explores representations of the monstrous effects and products of globalization. The monstrous (as in The Monstrous Feminine by Barbara Creed) in this sense alludes to the ways in which local or national displays of fear and anxiety about the Other are embedded in struggles and tensions of global scale; the inability to cognitively map the effect of such global forces on local/national problems produces monstrous representations of the global. Global forces such as neoliberalism and reactionary nationalism, technology, climate change, migration and displacement lead to accelerating instability and proliferating problems without local solutions, thus leading to growing fear and anger in search of targets. The term “monstrous” also implies that the unruly and uncontainable forces of globalization can generate zones of undecidability that can precipitate formations of new identity and solidarity across race, class, and gender. This special issue is organized around monsters, both symbolic and literal, whose representation makes visible the changes, anxieties, and political responses generated by invisible global forces

Macrolide Therapy in Respiratory Viral Infections

Background. Macrolides have received considerable attention for their anti-inflammatory and immunomodulatory actions beyond the antibacterial effect. These two properties may ensure some efficacy in a wide spectrum of respiratory viral infections. We aimed to summarize the properties of macrolides and their efficacy in a range of respiratory viral infection. Methods. A search of electronic journal articles through PubMed was performed using combinations of the following keywords including macrolides and respiratory viral infection. Results. Both in vitro and in vivo studies have provided evidence of their efficacy in respiratory viral infections including rhinovirus (RV), respiratory syncytial virus (RSV), and influenza virus. Much data showed that macrolides reduced viral titers of RV ICAM-1, which is the receptor for RV, and RV infection-induced cytokines including IL-1β, IL-6, IL-8, and TNF-α. Macrolides also reduced the release of proinflammatory cytokines which were induced by RSV infection, viral titers, RNA of RSV replication, and the susceptibility to RSV infection partly through the reduced expression of activated RhoA which is an RSV receptor. Similar effects of macrolides on the influenza virus infection and augmentation of the IL-12 by macrolides which is essential in reducing virus yield were revealed. Conclusion. This paper provides an overview on the properties of macrolides and their efficacy in various respiratory diseases

Moving boundary and photoelastic coupling in GaAs optomechanical resonators

Chip-based cavity optomechanical systems are being considered for applications in sensing, metrology, and quantum information science. Critical to their development is an understanding of how the optical and mechanical modes interact, quantified by the coupling rate $g_{0}$. Here, we develop GaAs optomechanical resonators and investigate the moving dielectric boundary and photoelastic contributions to $g_{0}$. First, we consider coupling between the fundamental radial breathing mechanical mode and a 1550 nm band optical whispering gallery mode in microdisks. For decreasing disk radius from $R=5$ $\mu$m to $R=1$ $\mu$m, simulations and measurements show that $g_{0}$ changes from being dominated by the moving boundary contribution to having an equal photoelastic contribution. Next, we design and demonstrate nanobeam optomechanical crystals in which a $2.5$ GHz mechanical breathing mode couples to a 1550 nm optical mode predominantly through the photoelastic effect. We show a significant (30 $\%$) dependence of $g_{0}$ on the device's in-plane orientation, resulting from the difference in GaAs photoelastic coefficients along different crystalline axes, with fabricated devices exhibiting $g_{\text{0}}/2\pi$ as high as 1.1 MHz for orientation along the [110] axis. GaAs nanobeam optomechanical crystals are a promising system which can combine the demonstrated large optomechanical coupling strength with additional functionality, such as piezoelectric actuation and incorporation of optical gain media

Audit Opinion and Earnings Quality: Evidence from Korea

This study examines whether the decrease in qualified opinions is due to improved accruals quality. The proportion of qualified opinions has been declining in Korea for about 10 years. However, it has not been reported that earnings quality has improved. We analyze this contradictory relationship using two models. We find that Korean firms’ accruals quality has no association with unqualified opinions. This means that the increasing trend in unqualified opinions is occurring regardless of earnings quality, although audit opinion chiefly depends on it. Thus, our results suggest that more researches are required to determine why qualified opinions are declining. Keywords: audit opinion; earnings quality; accruals DOI: 10.7176/EJBM/12-30-02 Publication date:October 31st 202

Plant Location Selection for Food Production by Considering the Regional and Seasonal Supply Vulnerability of Raw Materials

A production capacity analysis considering market demand and raw materials is very important to design a new plant. However, in the food processing industry, the supply uncertainty of raw materials is very high, depending on the production site and the harvest season, and further, it is not straightforward to analyze too complex food production systems by using an analytical optimization model. For these reasons, this study presents a simulation-based decision support model to select the right location for a new food processing plant. We first define three supply vulnerability factors from the standpoint of regional as well as seasonal instability and present an assessment method for supply vulnerability based on fuzzy quantification. The evaluated vulnerability scores are then converted into raw material supply variations for food production simulation to predict the quarterly production volume of a new food processing plant. The proposed selection procedure is illustrated using a case study of semiprocessed kimchi production. The best plant location is proposed where we can reduce and mitigate risks when supplying raw material, thereby producing a target production volume steadily

Pseudo-Differential Neural Operator: Generalized Fourier Neural Operator for Learning Solution Operators of Partial Differential Equations

Learning the mapping between two function spaces has garnered considerable research attention. However, learning the solution operator of partial differential equations (PDEs) remains a challenge in scientific computing. Fourier neural operator (FNO) was recently proposed to learn solution operators, and it achieved an excellent performance. In this study, we propose a novel \textit{pseudo-differential integral operator} (PDIO) to analyze and generalize the Fourier integral operator in FNO. PDIO is inspired by a pseudo-differential operator, which is a generalized differential operator characterized by a certain symbol. We parameterize this symbol using a neural network and demonstrate that the neural network-based symbol is contained in a smooth symbol class. Subsequently, we verify that the PDIO is a bounded linear operator, and thus is continuous in the Sobolev space. We combine the PDIO with the neural operator to develop a \textit{pseudo-differential neural operator} (PDNO) and learn the nonlinear solution operator of PDEs. We experimentally validate the effectiveness of the proposed model by utilizing Darcy flow and the Navier-Stokes equation. The obtained results indicate that the proposed PDNO outperforms the existing neural operator approaches in most experiments.Comment: 23 pages, 13 figure