Digital Commons Network^™

Functional Characterization Of The C-Terminal Cholinesterase-Like (Chel) Domain Of The Thyroid Hormone Precursor Protein, Berenice Morales-Rodriguez

Pharmaceutical Sciences (MS) Theses

Vertebrate life is unsustainable without thyroid hormones. The only known precursor for thyroid hormone synthesis is thyroglobulin (Tg), composed of upstream regions I-II-III and a C-terminal cholinesterase-like (ChEL) domain, which bears 47% similarity to acetylcholinesterase (AChE). Mutations in Tg cause congenital hypothyroidism, the most common congenital endocrinopathy affecting 1 in 2,000-4,000 newborns, with a varying degree of phenotypic manifestations. Tg protein, regulated by TSH, is secreted to the lumen of thyroid follicles, where thyroxine (T₄) is formed primarily at the N-terminus, and triiodothyronine (T₃) is formed primarily in the ChEL domain. Previous in vitro studies indicated …

A Hierarchical Soft Computational Model For Optimizing Agricultural Uavs: Recruiting Neutrosophic Theory And Tree Soft Sets, Mona Mohamed, Nurhan Alaa, Bilal Arain, Karam M. Sallam

Neutrosophic Systems with Applications

Precision agriculture is being transformed by Unmanned Aerial Vehicles (UAVs), which make it possible for yield optimization, targeted spraying, and sophisticated crop monitoring. With an emphasis on their operational capabilities, economic feasibility, and environmental implications, this research explores the revolutionary potential of UAV technology in contemporary farming systems. Practically speaking, the procedure of opting UAVs for agricultural applications is complicated by several competing aspects, inherent uncertainties, and differing stakeholder agendas. This paper suggests a new hybrid decision framework that combines Tree Soft Sets (TrSS), Neutrosophic theory, and Multi-Criteria Decision-Making (MCDM) to methodically handle these issues. Hence, the robust hybrid model …

Towards Explainable And Robust Nlp: Neutrosophic Probability Augmentation In Text Classification, Nabil M. Abdel-Aziz, Mahmoud Ibrahim, Khalid A. Eldrandaly

Neutrosophic Systems with Applications

The rapid growth of textual data necessitates advanced text classification models. However, traditional methods struggle with ambiguity and uncertainty in natural language, reducing classification reliability. To address this, we integrate neutrosophic logic, which explicitly models truth, indeterminacy, and falsity, into a DistilBERT-based text classification framework. Additionally, we employ data augmentation using synonym replacement to enhance generalization. Our approach is evaluated on the AG News dataset, classifying articles into four categories: World, Sports, Business, and Science/Technology. By incorporating neutrosophic attributes, the proposed framework assesses text quality, mitigates uncertainty, and improves robustness against ambiguous inputs. Experimental results demonstrate an accuracy of 94.10%, …

Ai's Impact On The Labor Market: Shaping The Present And Forecasting The Future, Emma Ryan

Honors Projects in Mathematics and Economics

Artificial Intelligence is one of the fastest growing technologies, providing humans with a tool to assist them in their daily lives. While this is an advantage, there is also the downside that AI has the ability to remove routine and repetitive tasks. This paper takes a closer look at the impacts of Artificial Intelligence on the labor market and analyzes the implications of AI, both positive and negative. It elaborates on both the job opportunities present due to AI and the job displacement that may occur. A detailed survey was distributed to college students to understand their perceptions of AI …

Re-Analysis Of The Anthropogenic Effect Of The Covid-19 Global Lockdown On Night-Time Lunar Surface Temperatures, W. Schonberg, S. Haque

Civil, Architectural and Environmental Engineering Faculty Research & Creative Works

A study by Durga Prasad and Ambily observed an anomalous decrease in the lunar surface temperatures during the period April–May 2020, which they then attributed to the anthropogenic effects of the COVID-19 global lockdown effect. We have re-examined their data and while the anomalous decrease in the lunar surface temperature during April–May 2020 appears in our analysis as well, so does another significant dip in early 2018. Furthermore, the decline to the minimum observed during April–May 2020 is seen to begin in 2019, that is, quite some time before the COVID-19 event that led to the global lockdown and the …

Abel Inversion Comparison Of Geant4 Simulation And Ozone Production Using Cavity Ringdown Spectroscopy In Nitrogen/Oxygen Mixtures In The Presence Of Alpha Radiation, Sidney John Gautrau

Dissertations

The effects of radioactive materials on atmospheric gases have been a topic of interest for years. Radioactive materials ionize the surrounding air, and subsequent reactions lead to molecules such as ozone and nitrogen oxides. The presence of these species above background levels can be used as a marker for radioactive materials which has desirable defense applications like remote detection of radioactive materials. The molecules created in the presence of radioactive materials have been quantified in literature using G-values, which is the number of molecules of a product produced per 100 eV of deposited energy. In this work, Cavity Ringdown Spectroscopy …

Aligning Education And Industry: Analyzing Public School Curriculums' Influence On Skilled Trade Preparedness In Texas, Lee Bryan Whitten Iii

Theses & Dissertations

Existing literature on education and industry pipeline underscores the rising call for addressing the alignment of the two sectors to achieve relevant career pathways for students. These efforts were demonstrated when Congress enacted the Perkins Act in 1984, emphasizing career and education alignment by strengthening CTE programs in public schools. This study quantitatively determined the students’ skilled trade preparedness by analyzing the relationship between the student's College and Career Readiness Standard (CCRS) skills and those of students who pursued CTE courses and their counterparts. Three student categories composed of STEM, STEM-related, and non-CTE concentrates who graduated in May 2023 from …

A Review Of Disassembly Systems For Circular Product Design, Giovanni Formentini, Joao Pj. Prioli, Junwon Ko, Buddhika M. Hapuwatte, Vincenzo Ferrero, Fazleena Badurdeen, Jeremy L. Rickli, Devarajan Ramanujan

Mechanical Engineering Faculty Publications

Circular Economy (CE) is described as a means for maintaining products and materials in circulation while regenerating nature. This shift requires considering aspects at the product design phase that were not previously prioritized. One such aspect, disassembly, is a key enabler for CE. Design for Disassembly methodologies have been deployed for several years to enhance disassembly performance. However, when CE is of interest, it is essential to consider how disassembly affects the entire product life cycle system. In this regard, this paper proposes a literature review of relevant DfD methods from a system engineering perspective to evaluate their effects on …

Investigating Preservice Elementary Teachers (Psts’) Views Of Nature Of Science (Vnos) And Science Attitudes Following Engagement In An Integrated Physics And Chemistry Content Course, Anna Stahurski

Honors Theses

Students’ classroom experiences affect their views of science, placing importance on teachers’ instructional approaches. Current reform suggests that inquiry-based science instruction supports positive views of science. However, students and teachers have been shown to hold developing views of nature of science (VNOS), or understanding what science is and how it progresses. Compounding matters, every student has their own personal science experiences that shape their science understandings and attitudes. This project investigates the attitudes and VNOS among preservice elementary teachers (PSTs) enrolled in an integrated physics and chemistry content course (SCI142). Two course sections were surveyed throughout one semester (n = …

How To Sell A Gendered Fantasy, Matthew Salzano, Jess X. Alexander, Belinda B. Castiblanco, Brianna Chavez, Maura Conley, Chris Connor, Antoine Jones, Ryan Kani, Christopher Munde, Kyleigh Retzlaff, Steffi Santos, Gabriella Simpson, Amberlin Smith, Jenna Zaza

School of Communication and Journalism Faculty Publications

The media analysis essays in this collection are the result of an online graduate course at Stony Brook University’s Program in Writing and Rhetoric entitled “Intersectionality and Media.” Drawing upon methods and scholarship based primarily in rhetorical studies, the course aimed to prepare graduate students in a variety of disciplines to write, research, and communicate about issues related to media, identity, and the intersectionality of oppression—especially race, class, gender, and sexuality. How to Sell a Gendered Fantasy analyzes various media artifacts (spanning digital, film and tv, music, and games) and the fantasies about gender that they contain. Gendered fantasies work …

Joe Rogan And The Manosphere In The Age Of Modern Misogyny, Alexandra Klocker

CSB and SJU Distinguished Thesis

Much scholarly research analyzes extreme misogynistic language in “manosphere” forums, due to their connections to radicalization and violence. However, less attention has been given to the prevalence of such content in mainstream media, such as podcasts. The Joe Rogan Experience (JRE) podcast, a prominent and influential platform, has been praised for its wide-ranging discussions but critiqued for fostering and amplifying harmful ideologies, including misogyny. Despite its controversy, limited research has explored how pre-existing misogynistic rhetoric in online communities might shape or influence the content of JRE episodes. This study examines how misogynistic language and themes proliferate in JRE episodes through …

Adaptive Oversight In Action: Proposing Context-Aware Governance For Ai In Cybersecurity, Russell S. Cunningham

Boise State Graduate Student Projects

Artificial intelligence is increasingly woven into cybersecurity operations, shaping everything from threat detection to automated incident response. While these technologies improve speed and scalability, they also raise urgent questions about governance, ethical use, and operational risk. Although frameworks such as the NIST AI Risk Management Framework, ISO/IEC 42001, the EU AI Act, IEEE's Ethically Aligned Design, and OECD AI Principles each offer structure, they tend to address only parts of the problem. Most focus on compliance or ethics but rarely both, and few are tailored to the high-pressure, risk-sensitive environments found in cybersecurity.

To bridge these gaps, this research proposes …

"Beyond The Display:" How Exhibits In Museums Can Be Used To Educate Public Visitors, Ryder Wynn

Honors Theses

Museums are institutions that can be found outside of a classroom setting, where visitors can educate themselves about a certain topic presented in the exhibits that the museums display. They can do this by creating engaging environments where visitors can become invested into the story and information of the exhibits, making them want to learn more about the information provided. A good exhibit can do this in at least one of three ways: developing critical thinking skills, which can involve visual models or "learning through play," creating memorable experiences or using collective memory to teach about historical events or using …

Toxicity And Biodegradability Of Novel Boronium Vs Conventional Ammonium Based Anti Microbial Compounds In Wastewater Treatment Systems, Noor Shalan

Poster Presentations

Quaternary ammonium compounds (QACs) are highly effective as disinfectants, herbicides, and pesticides; thus, overuse causes elevated levels of residual toxicity in domestic and industrial wastewater. QACs can be toxic to essential bacteria breaking down pollutants in wastewater treatment plants (WWTPs) and can remain untreated in effluent, harming the environment, and contributing to antibiotic resistance, posing risks to human health. Novel boronium-based antimicrobial compounds have demonstrated efficacy in eliminating bacteria, fungi, and viruses. If the boronium compounds exhibit lower residual toxicity, they could offer a promising alternative to QACs. Because these compounds are still in development, their potential toxicity to the …

Binary Solid/Liquid Equilibrium Of Mixtures Of Thermally Robust Salts And Molecular Compounds For Use As Heat Transfer Fluids, Jared Ridge Mathews

Poster Presentations

Fossil fuels, contributors to climate change that may bear catastrophic consequences, power the entire world. The human species is almost entirely dependent on fossil fuels for energy, but other sources of renewable and environmentally friendly energy must be developed. Concentrated solar power (CSP) is a promising source of renewable energy with hampered potential—better heat transfer fluids (HTFs) are needed for it to be economically feasible. Currently, the HTFs in industrial use are predominantly either synthetic oils or nitrate-based molten salts. Synthetic oils are only stable up to 400 °C, and molten salts often have high melting temperatures, making them prone …

Ghosts In Glass: Ghost Crabs (Ocypode Quadrata) As Judges Of Glass Sand For Coastal Restoration, Emily Parrish

Poster Presentations

Coastal erosion is heavily impacting coastal ecosystems across the Gulf. For instance, the state of Louisiana loses a football field worth of land every 100 minutes (Couvillion, 2017). The drastic loss of coastline highlights the dire need for restoration in the Northern Gulf Coast. An unexpected solution to this sediment loss may solve two major environmental issues at once by diverting millions of tons of glass waste from entering America’s landfills each year. By crushing glass to create sand and gravel for coastal restoration, we may generate a consistent and sustainable source of substrate. Our goal is to determine the …

Precision Prairie Trailer: Educating Producers On Cyber Security Through On-Farm Technology Demonstrations, Logan Vandermark, Jameson Brennan

Animal Science Research Report 2025

No abstract provided.

Designing An Interactive Exit Ticket System To Enhance Learning In Engineering Education, Tapanga Witt

McNair Scholars Manuscripts

Within Grand Valley State University's (GVSU) Padnos College of Engineering, many first-year Engineering courses consistently see pass rates below 70%, signaling a need for stronger academic support. This is an issue across many universities; students are underprepared and face a lot of challenges with workload, pace, and independence due to the transition from high school to college (Flanigan, 2024). For this project, I designed and developed a website-based exit ticket system to support student reflection and instructor feedback. Using UX design principles, the platform offers a weekly self-reflection form that recommends resources like tutoring, office hours, or study groups. Gamification …

May 2025, Office Of Sustainability

Office of Sustainability Newsletter

No abstract provided.

The Carbon Challenge, Christopher J. Preston

University Grant Program Reports

The grant was awarded, i) to explore collaborative possibilities with the Arctic Sustainability Lab at UiT on the topic of carbon sequestration using ‘natural climate solutions,’ ii) to encourage exchange possibilities for students and faculty with the environmental philosophy research group in UiT’s philosophy department, iii) to develop my role in a grant under preparation on biotechnology with colleagues at NORCE, a research institute adjacent to the UiT campus on perennial agriculture as an environmental solution.

A Study Of Current Capabilities Of Commercial Platforms Using Music Ai, Johan Eriksson

University Grant Program Reports

2024-25 capabilities AI in music does not equal the quality of high-level human practitioners of composition, performance, pedagogy, and sound engineering (though certain tasks are commonly transferred to AI). The reasons include the complexity of the music (composition), and the logistics of the profession (performance, pedagogy). However, there are already professions being displaced by AI in the music industry, primarily in sound engineering, or in composition projects for simpler tasks such as repetitive gaming music. It is likely that AI will over time, and with augmented capabilities, increasingly insert itself into almost every part of the chain in commercial music …

Collecting Human Subject Data For Modeling Maximum Potential Power At Specific Cadence And Fatigue Levels, Alexander John Minnich

Honors College Theses

The overarching goal of this research project was to investigate the relationship between a participant's maximum power (Watts) at a given cadence (RPM) on a specific fatigue level. Before conducting any experiments, we hypothesized that maximum power and cadence would decay linearly with fatigue. To do this, six days of testing for each of 4 human subjects were split across two phases. The first 4 days were devoted to Phase one, which focuses on determining the physical abilities of each unique participant and finding metabolic constants such as Critical Power and Anaerobic Work Capacity. Phase two then tests maximal power …

Newgarth Revisited: Using Fuller’S Framework To Examine Two Modern Theories Of Statutory Interpretation, Gwyneth Millican

Honors College Theses

Published in 1949, Lon L. Fuller’s The Case of the Speluncean Explorers is widely renowned as a “classic in jurisprudence” for its artful presentation of different legal philosophies, such as natural law and positivist law.¹ In this paper, I revisit Professor Fuller’s Newgarth in order to examine a similar relationship between two popular theories of constitutional and statutory interpretation: originalism and pragmatism.² Drawing from Professor Fuller’s framework, I use fictional opinions to highlight the ways in which originalism and pragmatism can both be used to fall on either side of the opinion. I also place these opinions within …

Issue 465: May 2025, The Local Voice

The Local Voice

No abstract provided.

Assessing The Recall Of Traffic Safety Campaigns In Arkansas, Pratik Babu Pokharel

Graduate Theses and Dissertations

This study estimates the degree to which drivers recall traffic safety campaigns based on sociodemographic characteristics including driving frequency, vehicle type, education, income, age, household composition, race, and gender. Traffic safety campaigns are efforts to educate, persuade, and inspire individuals to adjust their attitudes and behaviors for improved road safety, utilizing planned communications over a set time period. They aim to encourage safe driving using slogans shown on television, radio, social media, billboards, and variable message signs. Two years of a mail-based survey conducted in Arkansas were used to estimate binary logistic regression models for each of four safety campaigns. …

Impact Of Various Sealant Materials On Low Temperature Properties Of Asphalt Mixtures, Jackson Hedden

Graduate Theses and Dissertations

In the United States, 43% of the pavement network is in poor condition which can be attributed primarily to different modes of cracking. This network is constantly exposed to the elements and loading leading to thermal and fatigue cracking respectively. Cracking can be addressed through two primary means: mix design and preservation through the application of treatments. However, evaluating these two avenues requires a test that can easily and effectively measure the influence of these factors on thermal and fatigue cracking performance. The two main objectives of this study were to explore the influence of non-standard treatment material (sealant material) …

Quantifying The Role Of Climate On Tropical River Flow (Guarare River) Along The Panama Pacific Coast, 1981 – 2020., Jessie Abrego - Bonilla

Graduate Theses and Dissertations

The Guarare River watershed on the Azuero Peninsula of Panama, part of the Panamanian Dry Arc, experiences significant hydrological variability driven by seasonal changes, elevation, and the El Niño/Southern Oscillation (ENSO). This study investigates precipitation and river discharge patterns over 40 years (1981 – 2020), showing that elevation influences rainfall distribution, with higher-altitude areas receiving more precipitation during the Neutral and El Niño phases. In contrast, La Niña phases bring increased rainfall to lower-elevation areas, such as Pocrí. Seasonal ENSO effects reveal that El Niño phases reduce dry-season precipitation, lowering river discharge. La Niña events sustain high wet-season rainfall, peaking …

Effect Of Beam Bracing On The Seismic Performance Of Laterally Skewed Reduced Beam Section Moment Connections With Composite Concrete Slabs, Pratik Ghimire

Graduate Theses and Dissertations

Existing experimental reduced beam section (RBS) moment frame investigations, particularly those used for prequalification in AISC-358, consider orthogonally oriented beam-to-column connections. While the design commentary provided in AISC-358 references recent skewed SMF numerical studies and potential performance effects when a lateral beam skew is introduced, limited experimental studies have been performed to verify the numerical findings. This study presents an experimental investigation into the cyclic behavior of RBS special moment frames that have lateral skew at the beam-to-column connection and composite concrete slabs. In this study, a skewed composite double-sided RBS connection is tested, having beam bracing outside the RBS …

Novel Atomic Layer Deposition Processes Of Silver For Battery Applications, Darlington Ehijie Imhanzuaria

Graduate Theses and Dissertations

This thesis presents a novel approach to enhance the performance and stability of anode-free lithium-ion batteries (AFLBs) by employing atomic layer deposition (ALD) to coat copper (Cu) current collectors with a silver-aluminum oxide (AgAlO_x) layer. Leveraging the unique capabilities of ALD for precise and conformal deposition, the AgAlO_x coating was achieved using triethyl phosphine-(6,6,7,7,8,8,8-heptafluoro-2,2-dimethyl-3,5-octanedionato)-silver(I) (Ag(fod)(PEt₃)), trimethylaluminum (TMA), and de-ionized water (H₂O) as precursors. This innovative coating method significantly enhanced the cycling stability and Coulombic efficiency (CE) of both Li||Cu and Cu||NMC811 cells, as evidenced by improved electrochemical performance metrics. The AgAlO_x layer …

Sample Archival System For Quantum Device Manufacturing: Design, Construction, And Integration, Corbin Russ

Graduate Theses and Dissertations

In the manufacturing of quantum devices using 2-dimentional (2D) materials, current processes rely on manual operations of production. MonArk Quantum Foundry is developing a facility to semi-automatically, and ultimately automatically, produce 2D materials. One crucial step in the experimentation process is archiving these materials and completed chips for future access. The sample archival system robot was produced to fulfill this need. The system is a 4 Degree-of-freedom (DOF) cartesian storage system that stores custom aluminum chip trays of sixty samples, having a total storage capacity of 14,400 samples. The sample archive system meets key goals from: it integrates with the …