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Table Of Contents

Seattle Journal for Social Justice

No abstract provided.

An Analysis Of Global And Regional Human Rights Standards On Gender-Based Violence, Tamar Ezer, R. Denisse Córdova Montes

Seattle Journal for Social Justice

No abstract provided.

A Concerted Effort: How The Roberts Court Demolished Anti-Gerrymandering Protections, Samuel Ogden

Seattle Journal for Social Justice

No abstract provided.

A Mass Disabling Event: Why California Courts Must Protect Workers’ Families From Take-Home Covid, Ellery Armstrong

Seattle Journal for Social Justice

No abstract provided.

The Zoom Dock Is Worse Than A Cage: Remote Appearances From Jail Are Unconstitutional In Washington, Michael Mactaggert, Jeremiah Noonan

Seattle Journal for Social Justice

No abstract provided.

Welcome To The Dollhouse: New Ai Technology Poses Ethical Issues In Prison Systems, Bailey Mccoy

Seattle Journal for Social Justice

No abstract provided.

Hollow Nickel-Iron Nanoshells As Electrocatalysts For The Oxygen Evolution Reaction, Jonathan Batey

Chemistry & Biochemistry Undergraduate Honors Theses

The development of highly active and affordable catalysts for the oxygen evolution reaction is crucial to achieve a future where hydrogen is generated cleanly using renewable methods. Ni-Fe nanocatalysts show great promise in this area, as they are affordable and highly active. However, to overcome the industrial dominance of steam methane reforming, their activity needs improvement. This work aims to increase the activity of Ni-Fe nanocatalysts by making hollow nanostructures. Hollow Ni-Fe nanostructures were synthesized by coating a Cu template with Ni and Fe, followed by the etching of the Cu template. This left hollow Ni-Fe nanoshells, which were used …

That Song Sounds Familiar: An Analysis Of U.S. Copyright Considerations In Popular Music, Jessica Johnson

Honors Theses

Much of popular music has started to bear resemblance to songs of the past as artists rely on techniques, including sampling and interpolations, to ensure their song is a guaranteed hit. But what are the legal implications behind that, and is the line between inspiration and copying getting blurred? This thesis aims to consider the precedent of copyright law as applied to modern musical works and how the landscape of popular music has evolved over time to raise more copyright concerns. It also looks at two modern case studies of musical inspiration that have resulted in legal claims: the song …

Two Genres, One Narrative? A Critical Discourse Analysis Of Gendered Relationships In Top Hip-Hop/R&B And Country Songs (2015-2025), Alyssa A. Yarbro

Honors Theses

For this research, I examined how gendered relationships are depicted in the lyrics of 55 top-charting Hip-Hop/R&B and Country songs from the past decade (2015-2025). I employed Norman Fairclough’s Critical Discourse Analysis to examine how song lyrics use language to reproduce or challenge dominant ideas of gendered relationships. My analysis identified three prominent themes within the lyrics: Respect, Commodification, and Regret. Songs within the Respect category were characterized by these of romance, affection, and non-sexual intimacy. The commodification category included songs that had dominant themes of objectification, sexualization, and depicting individuals as disposable or interchangeable goods. The songs in the …

Visual Development For Descent To Paradise, Rowyn Porterfield

Undergraduate Honors Theses

The focus of this thesis is a study in the process of concept development for video games within the format of a video game pitch. This includes concept designs for important characters, relevant settings, and other supplemental material deemed necessary within my research for a complete pitch. The content shown within this paper includes visual research, creative writing, 3D setting design, and 2D artworks for character, setting, and prop design. All of this is then put into context through two 2D illustrations of key art.

Mary Margaret ("Meg") Penrose, Mary Margaret Penrose

Faculty CVs

No abstract provided.

Huyen Pham, Huyen Pham

Faculty CVs

No abstract provided.

Aaron Retteen, Aaron Retteen

Faculty CVs

No abstract provided.

Jeff W. Slattery, Jeff W. Slattery

Faculty CVs

No abstract provided.

A Baseline Study Of Artificial Intelligence Use Among Chemical Engineering Undergraduates At The University Of Arkansas, Natalie J. Erickson

Chemical Engineering Undergraduate Honors Theses

In recent years, artificial intelligence (AI) has shifted from a novel innovation to a tool used in daily life, particularly within higher education. While anecdotal evidence suggests high levels of student engagement with AI, empirical data regarding usage patterns remains limited. This baseline study investigates AI integration among undergraduate chemical engineering students at the University of Arkansas. Through an anonymous survey (N=68; comprising 20 freshmen, 14 sophomores, 16 juniors, and 18 seniors), researchers assessed usage frequency, student comfort levels, and their evolving relationship with AI tools. The findings reveal that 75% of respondents utilize AI for coursework at least once …

From Kernel To Carbon Footprint: Using Life Cycle Analysis To Teach Sustainability In Chemical Engineering, Neal Z. Kinney

Chemical Engineering Undergraduate Honors Theses

Many chemical engineering departments in the United States are currently lacking developed sustainability coursework, leaving many students without a developed understanding of topics such as life cycle analysis (LCA). [1] Therefore, there is a need for engaging and flexible educational tools that can be easily incorporated into course frameworks. This study develops an interactive learning module, expanding upon the work from Pollution Prevention Through Popcorn, a study developed by Rowan University. [2] The module combines experimental analysis of popcorn popping methods with life cycle assessment using OpenLCA to evaluate the environmental impacts of common types of popcorn packaging. Results of …

Surface-Functionalized Silica Nanoparticles For Enhanced Bioavailability In Ophthalmic Mucoadhesive Drug Delivery Applications, Kaylee M. Drake

Chemical Engineering Undergraduate Honors Theses

This study investigates the stimuli-responsive behavior of porcine gastric mucin (PGM) as a model for the conjunctival mucous membrane of the human eye to optimize mucoadhesive ophthalmic drug delivery. As a versatile biopolymer, PGM has a dynamic matrix structure that functions as a selectively permeable barrier, regulating transport across mucosal membranes. To improve drug bioavailability and retention in ocular treatments, silica nanoparticles (SiNPs) were modified with varying surface functional groups and incorporated into the mucin at different physiological pH levels to examine the resulting microstructural changes. Leveraging the amphiphilic and negatively charged characteristics of mucin, positively charged and hydrophobic SiNPs …

Design Of Aluminum-Air Battery Systems And Optimization Of Cetyltrimethylammonium Bromide And 8-Hydroxyquinoline Additives In Alkaline Electrolytes, Steve Chen

Chemical Engineering Undergraduate Honors Theses

The first portion of this thesis focuses on the design and component optimization of aluminum-air batteries to power a car for the Chem-E-Car competition. A range of separators, cathodes, and current collectors was evaluated to determine the optimal configuration for maximizing output. The resulting system consisted of 1000 series aluminum as the anode, cellulose separators saturated in 1 M potassium hydroxide as the electrolyte, and composite PVDF and graphite as the cathode. The improved batteries achieved a power density of 2.14 x 10^-4 W/cm² and were utilized for the Chem-E-Car competition. The second portion of the thesis investigates …

Electrochemical And Mechanical Evaluation Of Cellulose Acetate Electrolyte Films As A Function Of Polyetherimide And Polyethylene Glycol Additives For Supercapacitor Applications, Chase E. Golden

Chemical Engineering Undergraduate Honors Theses

Polymer electrolytes for supercapacitor applications require a balance between mechanical robustness and electrochemical performance. In this study, cellulose acetate (CA) films were modified with additives such as polyetherimide (PEI) and polyethylene glycol (PEG) to test how compositional changes influence mechanical performance, ionic conductivity, and electrochemical charge storage. Films were cast using phase inversion, soaked in a 1 M NaCl aqueous solution, and characterized using Fourier-transform infrared spectroscopy (FTIR), electrochemical impedance spectroscopy (EIS), cyclic voltammetry (CV), and tensile testing. Films were also evaluated based on fluid uptake for insight into electrolyte retention.

Characterizations show that the addition of PEI increased ionic …

Performance Of Zirconia-Based Catalysts For Cold Plasma-Assisted Dry Methane Reforming, Levi Pile

Chemical Engineering Undergraduate Honors Theses

This study investigates the performance of zirconia-based catalysts in non-thermal plasma (NTP)–assisted dry methane reforming (DMR) for synthesis gas (syngas) production. This work explores an alternative pathway for converting carbon dioxide and methane into valuable products under milder conditions than conventional thermal processes. Experiments were conducted in a radiofrequency plasma reactor to evaluate the effects of plasma power, feed flow rate, and reactant ratios on conversion efficiency. The performance of plasma-only conditions was compared with packed-bed systems using zirconia catalysts. Results show that plasma-only systems achieved modest conversion rates (~16.5% for CH₄ and ~12.0% for CO₂), while …

Cationic Polymer-Grafted Magnetic Nanoparticles For Enhanced Removal Of Anionic Dyes From Wastewater, Joia A. Traver

Chemical Engineering Undergraduate Honors Theses

Water scarcity and pollution are escalating global challenges, with textile industry wastewater often enriched with toxic dyes posing significant risks to environmental and human health. These contaminants increase turbidity, reduce dissolved oxygen levels, and ultimately impair aquatic ecosystems. This thesis focuses on the remediation of dye-contaminated water using nanoscale polymeric adsorbents. Methyl orange, a common anionic dye widely used in textile and leather industries, was selected as the model contaminant due to its terminal sulfonate group, which enables strong electrostatic and hydrogen-bonding interactions with cationic functional materials.

In this work, magnetic nanoparticles grafted with cationic polymers were synthesized and evaluated …

Demonstration Of The Relationship Between Irwin Spire Quantity And Boundary Layer Depth In The Chemical Hazards Research Center Wind Tunnel, Jace D. Beckwith

Chemical Engineering Undergraduate Honors Theses

Atmospheric Dispersion Models (ADMs) are computer-based simulations used to model gas releases for enforcing regulatory compliance, designing facilities, and responding to emergencies. Because ADMs rely on complex mathematical models, they require experimental validation to ensure accuracy. Wind tunnels offer a controlled, repeatable method for gathering validation data. The Chemical Hazards Research Center (CHRC) at the University of Arkansas operates an ultra-low speed wind tunnel for this purpose. A key feature of this tunnel is its simulated Atmospheric Boundary Layer (ABL). The simulated ABL is a turbulent layer in which wind speed increases logarithmically with height from near zero at the …

Sumset Lower Bounds In Abelian Groups, Van T. Huynh

Honors Theses

This thesis investigates sumset lower bounds across discrete and continuous settings. We begin with general inequalities in torsion-free abelian groups and then specialize to the integers modulo prime p, where we present the Cauchy–Davenport Theorem, which establishes the bound ∣A+B∣≥min(p,∣A∣+∣B∣−1). The equality case is further examined via Vosper's Theorem, which characterizes subsets attaining this bound as arithmetic progressions under suitable conditions. The continuous analogue in Euclidean spaces is then considered, where cardinality is replaced by Lebesgue measure. In this setting, the Brunn–Minkowski Inequality provides a sharp lower bound for the Lebesgue measure of A+B and serves as a geometric counterpart …

Reimagining The Cadenza: Bluegrass And Mozart, Linna Zheng

Honors Theses

The bluegrass-inspired cadenza for the first movement of Mozart’s Violin Concerto No. 5 is a parallel with the “Turkish” episode of Mozart’s composition. While introducing the bluegrass idiom into a Classical concerto may not be idiosyncratic, it can be understood and seen as an extension of Mozart’s own practice and approach to stylistic disruption. This approach can be understood through the concepts of Sonata Theory, revealing the cadenza as a site of productive deformation within a normative formal framework. Along with this, Robert S. Hatten’s concept of troping further supports the idea that the interaction between Classical and bluegrass idioms …

Spatial And Temporal Patterns Of Bike-Share Use In A Small City: A Case Study Of Fort Smith, Arkansas, Brianna L. Buenger

Civil Engineering Undergraduate Honors Theses

Many small and mid-sized cities in the United States face ongoing transportation challenges due to limited public transit options. This can prevent residents from being able to reach essential destinations. While bikeshare systems have been widely studied in large metropolitan areas, there is limited understanding of how usage patterns vary across space, time, and trip characteristics in small-city contexts. This study addresses this gap by examining spatial and temporal patterns of bikeshare use in a small U.S. city through a case study of the Fort Smith, Arkansas, SMILIES bikeshare program. Using approximately 10,000 trips over three years, the analysis examines …

The Artificial Artist: Considering Ai’S Impact On Image Copyright, Alyse Mandelblatt

Communication Undergraduate Honors Theses

This thesis seeks to create empirical results to ground what has been a largely theoretical discussion about the effect of artificial intelligence (AI) on copyright law in the United States. AI has disrupted traditional ideas of creativity and expression, which are vital communication tools. Copyright is a regulatory agent to encourage the production of unique communication products by giving owners complete rights to their work. Copyright principles conflict with current AI model training practices. This research considers how AI literacy may provide insight into copyright knowledge and AI attitudes for prediction of how common law and AI regulation policy may …

Of The Land And Sea: A Critical Ecocultural Analysis Of Disney's Frozen And Moana, Maggie A. Andress

Communication Undergraduate Honors Theses

Within the modern era of performative inclusivity and widespread greenwashing, it is critical to examine popular media through an ecocultural lens to determine if said media is being handled responsibly as a social practice and if a discursive atmosphere is being created. This paper takes an ecocultural critical analysis of Disney’s worlds of Frozen and Moana, inspecting their treatment of the human, treatment of the more-than-human, and human/more-than-human relationships. This study finds that although both franchises have been broadly praised for cultural representation of Indigenous people groups, Disney’s failure to effectively acknowledge the intrinsic relationship between humankind and the …

"Deadly Imports": Populism, Demagoguery, And The Contemporary Rhetoric Of U.S. Immigration, Summer N. Wolfe

Communication Undergraduate Honors Theses

This project examines former CNN and Fox Business anchor Lou Dobbs’s meteoric success to understand his rhetorical choices and appeals surrounding immigration discourse in the United States. As the first rhetorical assessment of Dobbs’s immigration rhetoric, this project centers him as a key figure who defined how U.S. culture operates within immigration discourses. The project relies on Michael Calvin McGee's work on ideographs to perform a close textual analysis of news programs featuring Dobbs to understand how ideologies about immigrants and immigration are built, circulated, and maintained in the Right’s media ecology. The project advances three arguments about Dobbs’s anti-immigration …

Waring Library Society Newsletter, Spring 2026, Waring Library Society, Waring Historical Library, Medical University Of South Caroilna, Jude Arendall, Joann Livingston Zeise, Brooke Fox

The Waring Library Society Newsletters

In this issue, the Waring Library Society welcomes its new President and shares updates on recent and upcoming renovations to Waring Historical Library. Waring Historical Library's staff reflect on insights gained from a recent sabbatical, and highlight several events and engagements the Waring has been part of this season.

The Effects Of Sugammadex Vs. Neostigmine On Intraoperative Heart Rate In Pediatric Patients Under Two Years: A Scoping Review, Saumel Abston, Jackson Cobb, Elle Dean, Tanner Dillard, Pauline Dinh, Dwayne Accardo Dnp, Crna, Faana, Margaret Harvey Phd, Aprn, Acnp-Bc, Chfn, Fhrs

Doctor of Nursing Practice Projects

Purpose/Background

Neuromuscular blockade (NMB) reversal is a critical component of anesthesia care, particularly in infants under two years of age who have immature autonomic regulation and heightened vagal tone, predisposing them to bradycardia. Neostigmine, the traditional reversal agent, is associated with parasympathomimetic effects such as bradycardia, requiring anticholinergic co- administration. Sugammadex, a selective relaxant binding agent, offers rapid and predictable reversal of aminosteroidal neuromuscular blocking agents with less cholinergic side effects. Although the safety profile of sugammadex is well established in older pediatric populations, limited evidence exists regarding its cardiovascular effects in infants under two years of age.

Methods

A …