Cultural Linguistic Bias In Language Assessments for Children

Cultural linguistic bias is present in almost all language assessments for children, such as the Preschool Language Scales (PLS-5) and the Clinical Evaluation of Language Fundamentals (CELF-5). Cultural linguistic bias is bias against those who speak a different dialect, such as African American Vernacular English or Appalachian English. Bias in these assessments leads to over-diagnosing children with language disorders, which is harmful in a number of ways. To decrease this bias, SLPs should take a language sample to assess a child’s natural language. However, this process can be time-consuming, which is why the use of online tools, such as SUGAR, should be encouraged. This allows for an SLP to take, analyze, and interpret a language sample in a shorter amount of time. Language sampling helps to combat cultural linguistic bias because it allows for an SLP to analyze the child’s natural language in their least restrictive environment

A Marriage By Any Other Sign: Social Signification in The Way of the World

This paper analyzes William Congreve’s The Way of the World through the lens of Derrida’s theory of différance, arguing that the play destabilizes the fixed social categories of marriage and identity through linguistic performance. While many critics read Congreve’s portrayal of marriage as either reinforcing or satirizing Restoration social structures, this analysis emphasizes how language itself resists fixed meaning. Drawing on key scenes between Mirabell and Millamant, Waitwell’s reflections on autonomy, and Fainall’s contradictory claims of masculine selfhood, the paper demonstrates how the signs “husband,” “wife,” and “man” shift and defer meaning rather than affirm static roles. Characters do not simply reflect legal or economic structures—they reshape them through ironic and strategic language. By exposing how identity is produced relationally, not essentially, Congreve turns marriage from a social institution into a field of rhetorical play. Ultimately, this reading reveals that The Way of the World enacts not just social critique but linguistic subversion, showing how even love and resentment are performed through unstable signs

Macro-financial models of Canadian dollar interest rate swap yields

This paper analyzes the dynamics of Canadian dollar–denominated (CAD) interest rate swap yields. It applies autoregressive distributive lag (ARDL) models, using monthly time series data, to estimate the effects of the current short-term interest rate on interest rate swap yields after controlling for relevant macro-financial variables. It shows that the current short-term interest rate is a crucial driver of the CAD swap yields of different maturity tenors. Previous empirical research testing the Keynesian hypothesis, which maintains that the current short-term interest rate has a decisive influence on the long-term interest rate, has discerned similar patterns for interest rate swaps denominated in other currencies. Thus, the findings of this paper lend additional support to the Keynesian hypothesis by showing that the same pattern holds for CAD interest rate swap yields

Computational Modeling of Astrophysical Systems

This research project focuses on the computational modeling of astrophysical systems using Femap with NX Nastran. The goal was to simulate and analyze the vibrational behavior and structural deformation of celestial bodies under different material compositions and collision conditions. Materials such as iron, granite, titanium, and models for white dwarf stars were used to investigate how varying physical properties affect the systems\u27 dynamic responses. Both isotropic and anisotropic models were created to represent realistic astrophysical materials. Through static and modal analyses, the study explored how internal structure and material stiffness influence the reaction of celestial objects to applied forces and collisions. The findings provide insight into the fundamental physics governing star-like systems, offering a deeper understanding of how material properties impact deformation and vibrational modes during astrophysical events