#yeeyeenation

Using methods from country music studies, performance studies, hashtag ethnography, and Black Feminist Thought (BFT), this article employs sonic, discursive, and social media analysis to examine performances of White masculinity known as “country boys.” In the opening sections, I describe examples of country boys that emerge from Texas A&M University (College Station), bringing together confederate statues and the men who identify with and defend such statues. I then turn my focus to critical analysis of one country boy in particular: county music singer, brand progenitor, and Texas icon, Granger Smith a.k.a. Earl Dibbles Jr. Highlighting the importance of country boys to the cultural identity of Texas A&M University, I argue that White publics aggregate and accrue racialized and gendered meaning in social media spaces through signs associated with Smith like the hashtag #yeeyeenation. Such signs are predicated on and normalize a rhetoric—in this case, that something or someone “is not racist”—even in the face of evidence to the contrary. Extending the insights of scholarship on the former Confederacy to contemporary country music cultures and to the present political moment, this article interrogates how White identities and related genealogies in the U.S. context are not simply established to sanitize and excuse expressions of racist, gendered, and exclusionary thought, but are sustained by aestheticized deceptions. I refer to these deceptions as mythopoetics. In this article I demonstrate how Smith’s success, particularly since he is best known for his “redneck” alter-ego, Earl Dibbles Jr., is a testament to the power and reach of mythopoetics in a hegemonic White and heteropatriarchal society. I argue that mythopoetics are not only essential to majoritarian cultural formations today, but also normalize White supremacy to such a point that its violence can circulate without consequence and in plain sight.

Impact of Physical Factors of Workplace Environment on Workers Performance in Industry

Workers’ performance and efficiency are dependent on their workplace facilities. The present study attempts to identify the six physical factors of the workplace environment: furniture and equipment design, air quality, temperature, sanitation, lighting and noise. Workers' feedback is evaluated by using 5 scale Likert method and it is found that found workplace temperature is most critical for workers' performance. The purpose of this study is to identify workers' impressions about their workplace environment and provide a better understanding to the managers about improvement. Industry-level emphasis on these factors can improve workers' performance standards and production quality. Previous work performance studies are not focused on hygiene and sanitation facility but due to the corona pandemic situation sanitation concern has been raised. This study aims to explore the relationship of these factors with gender and work experience of the workers. Variation in each group has provided an understanding of the basic demand of each type of worker. Journal of Engineering Science 12(3), 2021, 57-66

Interview with Milla Cozart Riggio, Angela Marino, and Paolo Vignolo

Emily Ruth Allen interviews Milla Cozart Riggio, Angela Marino, and Paolo Vignolo on Festive Devils of the Americas (2015). Interview date: Feb 4, 2021 Milla Cozart Riggio is James J. Goodwin Professor of English Emerita at Trinity College. Angela Marino is Associate Professor in the Department of Theater, Dance, and Performance Studies at the University of California Berkeley. Paolo Vignolo is Associate Professor of History at the National University of Colombia, Bogota

Characterization of Irradiated Boron, Carbon-Enriched and Gallium Si-on-Si Wafer Low Gain Avalanche Detectors

Low Gain Avalanche Detectors (LGADs) are n-on-p silicon sensors with an extra doped p-layer below the n-p junction which provides signal amplification. The moderate gain of these sensors, together with the relatively thin active region, provides excellent timing performance for Minimum Ionizing Particles (MIPs). To mitigate the effect of pile-up during the High-Luminosity Large Hadron Collider (HL-LHC) era, both ATLAS and CMS experiments will install new detectors, the High-Granularity Timing Detector (HGTD) and the End-Cap Timing Layer (ETL), that rely on the LGAD technology. A full characterization of LGAD sensors fabricated by Centro Nacional de Microelectrónica (CNM), before and after neutron irradiation up to 1015 neq/cm2, is presented. Sensors produced in 100 mm Si-on-Si wafers and doped with boron and gallium, and also enriched with carbon, are studied. The results include their electrical characterization (I-V, C-V), bias voltage stability and performance studies with the Transient Current Technique (TCT) and a Sr-90 radioactive source setup.

Comparison of capabilities of the Unity environment and LibGDX in terms of computer game development

As part of the work on the article, two 2D games were created – one based on the Unity environment and the other based on LibGDX. Main focus in the work was to compare the performance of both games. For this purpose, research was carried out to determine which game has a better impact on the usage of CPU and RAM resources. Attention was also paid to community support for both tools and the programmer’s comfort during the work in both of these tools. The results of the performance studies suggest that LibGDX may be a better choice for creating small projects where performance is a priority. However, the support of the community and the comfort of working with the environment and the lack of need to use external programs speak in favor of Unity.

Dramat, dramaturgia, dramatologia – retroperspektywy

The article is an attempt to reconsider, reinterpret and, at the same time, summarize the concepts of dramaturgy and dramatology as they were developed by the author mainly in his research realized within the framework of the Chair of Drama and then the Chair of Performance Studies at the Jagiellonian University. Despite the fact that efforts to establish a broad understanding of drama and dramaturgy that is not restricted to art but is used to analyse and interpret performative aspects of social life were not fully successful, the main goal of the article is to support this idea by claiming the need for a ‘return to dramatology’.

Experimental Dining: Performance, Experience and Ideology in Contemporary Creative Restaurants

Considers four of the world’s leading creative restaurants as experimental performance practice. Using ideas from performance studies, cultural studies, philosophy and economics, the book argues that technoemotional restaurants can be understood as both a commodified experience and an artistic and aesthetic practice.

HEADLESS MUSICAL SEEDS AND GESTURES WITH ADJECTIVES: AN INTERVIEW WITH KEIKO DEVAUX

Keiko Devaux (b. 1982) is a Canadian composer, originally from British Columbia, who now lives in Montréal. She began her musical career in piano-performance studies as well as composing, touring and recording several albums in independent rock bands. Her concert music is widely performed throughout Canada and Europe. From 2016–18, Keiko was the composer in residence of Le Nouvel Ensemble Moderne. She joined Salvatore Sciarrino's masterclasses at L'Accademia Musicale Chigiana in Siena, Italy, between the years 2017 and 2019. Keiko was commissioned by music@villaromana festival, Florence, to create Echoic Memories. She is the inaugural winner of the Azrieli Commission for Canadian Music (2020) and is also engaged in a two-year residency as a Carrefour composer with the National Arts Centre Orchestra (2020–22). This interview was conducted over Zoom in late spring 2020, in the midst of the Covid-19 pandemic.

Performance studies on vapour compression refrigeration system using PCM placed between wall and coil of the evaporator

The vapour compression refrigeration system (VCRS) plays a vital role in the food preservation and it consumes more energy. The use of energy-efficient refrigerants, phase change materials (PCMs) in the condenser and evaporator, and the replacement of existing components, as well as nano-refrigerants, are all efforts made to increase the energy efficiency of the VCRS from different perspectives. Among them, the PCMs play a prominent role and gives sustainable energy efficiency in VCRS. This paper investigates and clarifies the energy efficiency of VCRS can be improved by incorporating a PCM into the evaporator cabin. The experimental results demonstrated substantial effects on system performance such as an improvement in COP of 7.1%, a decrease in per day energy consumption by 6.7%, and comparatively smaller temperature fluctuations within the freezer cabinet. The exergy efficiency is increased and Total Equivalent Warming Impact (TEWI) is decreasing than that of the system without PCM by 7.6 and 7% respectively. This technique is integrated into the VCRS, leading to savings in energy while also being useful for power interruptions common in areas with low grid reliability.

Contextual Bandit Based Rate Adaptation Mechanism for IEEE 802.11 Mobile Wireless LANs

<div>Rate adaptation (RA) is used in IEEE 802.11 WLANs to determine the optimal datarate for a particular channel condition. It becomes especially difficult to determine the optimal datarate for the new High-Throughput WLANs (802.11ac/ax) since the number of available datarates in these standards are very high. Moreover, a mobile environment poses additional challenge in RA as the channel conditions will keep on changing from time to time. In this paper, we propose a Contextual Bandits based Rate Adaptation (ContRA) algorithm for mobile users in IEEE 802.11ac/ax standards. Based on the Received Signal Strength Indicator (RSSI) range that the receiver is currently in, the RA algorithm tries to determine the optimal rate from the rate set suitable for packet transmission in that RSSI range. Performance studies show that the proposed RA algorithm is able to adapt to changing channel conditions and quickly choose a suitable datarate for those channel conditions.</div>