Digital Commons Network^™

Ticking Time Bomb: The Economic Ramifications Of Mlb's Pitch Clock, Katie Ciuffreda

Business and Economics Honors Papers

In recent years, Major League Baseball has been challenged with declining engagement and attendance, particularly with younger audiences, with the long duration of games most commonly cited as the reason for disinterest. In response to this, MLB implemented a pitch clock that worked its way through the minor league system until it was introduced to the majors for the 2023 season. The goal for the clock was to reduce game times by increasing pace of play. While early evidence shows that the clock has been successful in that regard, its impact on player performance remains to be explored. This study …

The Impatience Of Winning: An Analysis Of Time Discounting, Predictive Modeling, And The Nba Draft, Alec R. Plante

Business and Economics Honors Papers

This paper examines whether NBA draft decisions can be better explained by incorporating non-geometric time discounting into a model of general manager decision making. Using a dataset of 285 NBA draft prospects over a 12-year period, the impact of college statistics on Value Over Replacement Player (VORP) is determined, and these impact values are then used to create a “predicted” VORP for the first 4 seasons of each player’s career: a projection of what a general manager might think of a prospect’s future value given their college statistics. Following this, geometric and hyperbolic time discounting models are applied to estimate …

Objects In The Sunset, Iskander Guetta

Masters of Environmental Design Theses

This research explores everyday design practices in the Maghreb shaped by economic, political, and ecological struggles amid transnational debates on decolonizing design. To do so, it looks at objects in, through and with the sunset. Taking المغرب — the place where the sun sets — as a conceptual lens, Objects in the Sunset illuminates the savoir-faire born from dispossession, scarcity, and epistemic violence. Working across different scales of the built environment — infrastructures, spaces, objects, and materials — it shifts design away from Eurocentric conceptions: from rationalization to resourcefulness, homogeneity to heterogeneity, optimization to adaptation, disposability to repair, and universal …

Leveraging Information Theory And Ecological Network Analysis To Monitor Communication Networks In A Student Aerospace Team, Christine Sessions

Doctoral Dissertations and Master's Theses

Effective communication is a critical component of successful collaboration in group projects and team settings. However, systematically tracking and analyzing team communications can be challenging, especially in complex, multi-member teams such as those found in the aerospace industry. This paper explores an information-theoretic approach that leverages encoding techniques and graph theory to analyze communication networks within a university’s multi-year, student-led cubesat design project (Project COMET). By utilizing Shannon Entropy as a measure of information flow, encoding communication patterns, and analyzing Ecological Network Analysis parameters, this research aims to understand how an Embry-Riddle Aeronautical University student project team evolves over the …

Data-Driven Physical-Layer Optimization For Rf And Optical Communications: Transmitarray Metasurfaces, Contextual-Bandit Mud, And Coherent Optical Links, Chengtao M. Xu

Doctoral Dissertations and Master's Theses

This dissertation studies three physical-layer optimization problems that share a common difficulty: the forward model, whether an electromagnetic solver or a statistical channel model, is either too expensive to evaluate at design scale or too unstable to hold across a single processing block. The first two problems are treated in their own right, as problems in antenna design and in multi-user detection over time-variant channels; the third carries the methodology onto a coherent optical link, where size, weight, and power constraints make a small-satellite deployment the natural target.

The antenna work targets a tri-layer pixelated unit cell fabricated on Avient …

Advocating For Healthy Work Environments: Addressing Workplace Violence Against Nurses With Research, Kendrea Lea Todt, Kathleen Kinser, Hannah Grace Shipp, Florence Weierbach, Kimberly Ferguson, Teresa Carnevale

Creating Healthy Work Environments (CHWE)

Introduction: Nurses globally experience workplace violence (WPV) daily (Kafle, 2022), significantly increasing since the COVID-19 pandemic (National Nurses United, 2024). Nursing is the most trusted profession in the United States of America (USA) (American Nurses Association, 2025) and yet nurses are five times more likely to be assaulted at work than other occupations (Occupational Safety Health Administration, n.d.). WPV creates an unpleasant environment that negatively impacts nurses’ well-being (Kolutek et al., 2024) and perceptions of patient care quality (Shafan Tivka et al., 2024). This highlights the importance of addressing WPV as a workforce and patient care issue.

Background: In Tennessee, …

The Age-Dependent Resident Myonuclear Multi-Omic Response To An Acute Skeletal Muscle Hypertrophic Stimulus In Mice, Pieter J. Koopmans, Ronald G. Jones, Ana Regina Cabrera, Francielly Morena, Nicholas P. Greene, John J. Mccarthy, Ahmed Ismaeel, Yuan Wen, Kevin A. Murach

Physiology Faculty Publications

A detailed analysis of how muscle fiber nuclei (myonuclei) respond to a hypertrophic stimulus could provide a critical step toward understanding compromised skeletal muscle plasticity with age. We used recombination-independent doxycycline-inducible myonucleus-specific fluorescent labelling, tissue RNA-sequencing, myonuclear DNA methylation analysis, multi-omic integration, and single myonucleus RNA-sequencing (smnRNA-seq) to define the molecular characteristics of adult (6–8 month) and aged (24 month) murine skeletal muscle after acute mechanical overload (MOV). In adult and aged MOV muscles, we found that: 1) similarities in the transcriptional response to loading—specifically in metabolism genes – were partly explained by a post-transcriptional microRNA-mediated mechanism that we corroborated …

Mitigating "Weird": How Undergraduate Teaching Assistants Navigate Role Conflict With Ease Through Repertoires Of Action, Emery Teague

Sociology Honors Projects

Research in role theory has generated insufficient knowledge about how role conflict and role strain intersect, leaving questions of how actors navigate and manage these phenomena in real time. Drawing inspiration from cultural sociology and contentious politics, I theorize that individuals use repertoires of action to mitigate role challenges. Empirically, I investigate how undergraduate teaching assistants manage conflicting and contradictory social roles at a small liberal arts college, given their extensive contact with students outside of the classroom. Analysis of over 15 interviews and ethnographic shadowing of key participants of this population demonstrates the multifaceted, yet recurring, ways that teaching …

Learning Through Reading: Confronting Novel Linguistic Forms In Literature, Quinn Doyle

German Studies Honors Projects

How do readers learn to engage with novel forms of written language that fall outside of their established linguistic repertoire? And how do texts themselves facilitate this process? This thesis looks for answers to these questions in literary theory, multilingualism studies, applied linguistics, and a diverse corpus of literary works. I propose a comprehensive descriptive vocabulary of novel language use in literature, and then observe how these frameworks work in concert in an exemplary text by analyzing Christine Brooke-Rose’s multilingual novel Between. I conclude by discussing how the “exceptional” cases explored in this thesis can change our understanding of …

Influences Of Musical Experience On Absolute Pitch Memory, Mia A. Guzman

Music Honors Projects

Absolute pitch (AP), colloquially known as “perfect pitch,” is the ability to identify or recreate any musical note without an external reference tone. While many believe AP is an exceptional, innate musical talent, I argue that AP is a continuous ability influenced by experience. Using a mixed-methods approach that combined behavioral tasks with interviews, I examined AP memory in AP possessors and non-possessors with varying musical backgrounds to understand how experience-based factors, such as language, primary instrument, and the onset and style of musical training, might influence individual performance on established AP measures.

Do Dreams Reflect Our Culture? A Statistical Analysis On Dream Narratives, Michal Kuderski

Honors Capstones

Dreams are often viewed as personal experiences, but they may also reflect cultural influences. This project investigates whether dream content varies across cultures by analyzing written dream reports from American, Japanese, and Peruvian college students using data from DreamBank.net. The study applies text analysis techniques to identify common themes and compares language patterns, including the use of ‘I’ and 'We,' to examine differences in self-focus. Statistical methods for count data are used to evaluate these patterns, along with resampling to address differences in sample size. Preliminary findings suggest that both dream themes and language use may vary by cultural …

Do National Parks Significantly Improve Air Quality?, Xinyi Liu

Honors Capstones

Healthy living has long been a goal pursued by individuals. In an era where PM2.5 concentrations and greenhouse gas levels are steadily increasing, many people prefer to live in areas with relatively lower levels of air pollution. National parks, as well-known protected areas, typically contain more vegetation and water resources, along with lower levels of human activity. This suggests two potential mechanisms: first, pollutant emissions are expected to be lower; second, vegetation, water bodies, and non-urban land may contribute to the removal or deposition of airborne pollutants, including particulate matter. In everyday experience, people often perceive the air to be …

Stemflows And Preferential Flows: A Historical Review And Challenges For The Future, Keith Beven, John T. Van Stan Ii

Biological, Geological, and Environmental Faculty Publications

This paper provides a historically-grounded review and research agenda on a generally neglected issue in hillslope hydrology and hydrological modelling: the role of stemflow in initiating preferential flow in soils. While stemflow typically represents a small fraction of incident rainfall, it can concentrate water fluxes by up to similar to 20-fold at tree bases, creating localised infiltration intensities that exceed those from throughfall. Some new historical context for throughfall and stemflow studies from the 19th Century is presented, including a summary of stemflow research in a wide range of vegetation types and environments. The evidence for preferential flows resulting from …

Illinois Wesleyan Announces Candidates For Graduation 2026, Ryan Gibson

Press Releases 2020-2029

No abstract provided.

Methodology For The Autonomous Deployment Of Capsules From An Underwater Host, Jack Stadtman, Emily Lopez, Matthew Gutekunst, Anthony Caruso, Gianluca Calgaro

Mechanical Engineering Capstone Design Projects

This project, conducted in collaboration with the Naval Undersea Warfare Center (NUWC), focuses on the design and development of a seafloor-resident system capable of autonomously deploying multiple unmanned underwater vehicle (UUV) capsules. The primary objective was to create a low-cost, reliable, and negatively buoyant launcher that can store, select, and deploy capsules in a controlled sequence while maintaining stability and ensuring effective communication from a remote control station.

The final design consists of a tripod-style launcher integrating three main subsystems: a rotating top cap for capsule selection, a cylindrical holding drum for multi-capsule storage, and a bottom electronics and ballast …

Toray Plastics Rigging Project, Adam Lurgio, Benjamin Prew, Brandon Cipolla, Carl Bennett, Jiacheng Kang

Mechanical Engineering Capstone Design Projects

The Extended Bridge Bar Rotor Removal System was developed to provide a safe, structurally validated, and repeatable method for removing a 1,940lbs grinder rotor within a confined industrial cell at Toray Plastics. The existing removal process relied on vertical lifting and indirect maneuvering methods that increased risk exposure and operational variability. Manufacturer recommendations specified side extraction; however, the current configuration did not provide controlled lateral motion. The objective of this project was to design a lifting system capable of providing controlled three-axis motion while integrating with existing facility I-beams and remaining under a defined cost constraint. The final design consists …

Connection Survivability Under High Stress Situations, Riley Shannon, Alex Araujo, Jerrick Pajimna, Liam Rowland, Joseph Truong

Mechanical Engineering Capstone Design Projects

This final design report outlines how our team developed a detachable connection mechanism for the "Connection Survivability Under High Stress Situations" senior engineering capstone project. The objective is to design, prototype, and test a mechanical connection that engages four rails with a 21-inch diameter internal cylinder, each component being 3 feet in length. The connection must be able to toggle off and on when needed to secure the cylinder inside of its housing. The connection has to go inside the railing slot with the dimensions of 2.94” wide by 1.5” tall, and 36” long. Ideally this connection doesn’t affect the …

Uuv Recovery System & Test Fixture, Nicholas Dinatale, Zachary Mcbrine, Kenny Sposato, David Ferreira, Connor Theroux

Mechanical Engineering Capstone Design Projects

This report presents the final design, fabrication, and validation of a Mechanical Securing Arm System (MSAS) and associated test fixture for recovering an Unmanned Underwater Vehicle (UUV) into a submerged, launch-tube-like structure. Sponsored by the Naval Undersea Warfare Center (NUWC), the project addressed the need for a reliable, low cost, scalable, and mechanically simple UUV recovery method while also reducing hydrodynamic interference caused by the existing tow tank armature setup.

A structured engineering design process was followed, beginning with literature and patent research, customer requirement development, engineering specification generation, and concept evaluation. The team generated 150 total concepts, with 30 …

Adjustable Linear Ratchet Wrench, Nate Babineau, Finn Forrest, Alex Destefano

Mechanical Engineering Capstone Design Projects

This project documents our year-long design and development of the Adjustable Linear Ratchet Wrench, an original mechanical consumer product developed for the Mechanical Engineering Capstone Design course. The goal of the project was to create a new mechanical device that addresses a common user need, has broad consumer appeal, can be produced within a realistic retail price range, and relies on core mechanical engineering principles. After evaluating multiple early invention ideas, our team narrowed the project scope to hand tools and selected the adjustable wrench as the product area because conventional adjustable wrenches are common, mechanically simple, and still limited …

Florence Normal College Quarterly, Faculty Of Florence Normal College

Documents

Faculty Quarterly Journal of Florence Normal College, January 1911.

Phenological Overlap In Obligate Plant-Pollinator Mutualism, Austin J. Carlson

2026 Spring Honors Capstones Projects

Plant-pollinator mutualisms require temporal overlap between flowering and pollinator activity, so climate-driven timing shifts can weaken the interaction and, in severe cases, destabilize the system. This work investigates how reduced overlap affects persistence in an obligate plant-pollinator pair using a coupled differential equation model in which a phenological overlap factor scales the saturating mutualistic benefit. Simplification with a constant overlap enables closed-form equilibrium and stability analysis, revealing that below a critical overlap threshold, coexistence is no longer maintained. Rescaling reduces the parameter space from ten quantities to seven dimensionless groups, and sensitivity analysis identifies the degree of species dependence and …

Neural Mechanisms Underlying Jung’S Active Imagination: A Review And Hypothesis, Charles R. Fox

Journal of Conscious Evolution

Active imagination is a key technique of Jungian analysis. Despite its centrality, and its potential importance beyond Jungian psychology to the area of systems neuroscience, psychology, and consciousness studies, there are no known neurological mechanisms underlying this psychological phenomenon. There is a history of using the types of mental imagery used in active imagination to explore consciousness. The development and use of active imagination is briefly reviewed, and a case is developed that the neurology underlying active imagination would be fruitfully explored by considering it a special case of mystical experience. Active imagination primarily uses the right hemisphere processing of …

Automating A Surface Finish Process, Zachary Lopes, Raul Fithian, Maria Morrow, Dilly Lapointe, Victor Suon

Mechanical Engineering Capstone Design Projects

This capstone project presents the design, development, and testing of an automated surface finishing system for industrial seals in collaboration with MagSeal. The motivation for this work stems from limitations in the existing manual sanding process, which relies on operator skill and introduces variability in surface finish, safety concerns, and operator fatigue. The objective of the project was to develop a compact, low-cost automated system capable of producing consistent surface finishes below 8 Ra while maintaining at least 80% process consistency, within a budget of $5,000 and a spatial constraint of 5 ft × 5 ft × 3 ft.

The …

Automated Analysis Of Radiation Oncology Incident Reports Using Large Language Models, Nathan A. Dobranski

LSU Master's Theses

Patient safety incident reporting in radiation oncology requires expert analysis that is time-intensive and subject to variability. This thesis presents the development and technical validation of a locally deployed large language model (LLM) system for automated incident report analysis across multiple cancer centers. The system was designed for automated summarization and taxonomy assignment of Radiation Oncology Incident Learning System (RO-ILS) reports, operating entirely on local infrastructure to preserve patient privacy. A two-round, multi-rater evaluation methodology was employed, incorporating 600 total expert evaluations from two academic cancer centers. Round 1 established baseline performance using Mistral 7B and Mixtral 8x7B models with …

Miracles Or Mirages? Miracle Language In Medical Communication, Thomas Yu

Senior Honors Theses

The current study seeks to understand how miracle language exists as a persuasive tool by examining the usage of miracle language in the discourse surrounding the release of Xolair for individuals with food allergies. This was accomplished by conducting a qualitative analysis of the miracle language employed by those engaged in the Xolair discourse. An extensive literature review was conducted to gain a foundational understanding of medical persuasion and miracle language, as well as an understanding of the theoretical foundations of this study. Twenty-four pieces of literature from pharmaceutical companies, and food allergy community members were chronicled and studied utilizing …

Fodder Maize Variety Trial: Broome 2021, Carla Milazzo, Samuel Crouch, Christopher Ham, Geoff Moore

Grain and other field crops research reports

• High yielding, highly digestible maize can be produced under irrigation on Pindan sands in northern Western Australia.
• Using high inputs, the biomass and digestibility of all trialled varieties equalled or exceeded varieties used in well-established maize growing regions of Australia.
• Eleven hybrid maize varieties were trialled near Broome. The average dry matter yield of all trialled varieties was 24t/ha at 10.5MJ/kg of dry matter.
• The impact of fall armyworm on yield was successfully reduced by using integrated pest management combining NPV virus (nucleopolyhedrovirus) with strategic insecticide applications.

Empowering Educators, Elevating Students: A Multifaceted Approach To Improving Student Academic Success, Amanda Huebner

Dissertations and Doctoral Documents, University of Nebraska-Lincoln, 2023–

This proposal examines the interrelationship between teacher professional development, collaborative planning time, and student academic achievement in rural middle schools. Drawing on data from a central Nebraska district, the study analyzes how targeted, job‑embedded professional learning and structured planning practices empower educators, reduce burnout, and increase engagement among seventh‑ and eighth‑grade students. Using an improvement‑science framework, the research seeks to inform systemic strategies that elevate both teacher efficacy and student outcomes.

A Pedagogy Of Connection: Potentials And Practices For The English Classroom, Alexandra Bissell

Dissertations and Doctoral Documents, University of Nebraska-Lincoln, 2023–

In a moment characterized by rapid technological advancement and sociopolitical volatility, the academy currently faces the need to redefine what a college education can offer students and reimagine how it delivers on that promise. This dissertation proposes a pedagogy centered on the process of connection as one way that English educators at the collegiate level might approach our teaching and respond to this call. Connection is relational, but also textual and conceptual, and I contend that establishing connection as the catalyst for our pedagogical practices is a powerful way to move forward and support our students’ intellectual growth as well …

Investigating Book Challenges: Reasons For Challenges, Changes In Public Opinion, And Removals In U.S. School Districts, Makena Nail

Dissertations and Doctoral Documents, University of Nebraska-Lincoln, 2023–

The American Library Association documented an increase in book challenges in the U.S. in recent years. These are attempts to censor or limit access to books on library and book store shelves and are mostly brought by organizations and elected officials. There is much more research on which particular books are challenged and the reasons for the challenges than on general public opinion about the need for limiting access to books (PBS, 2022; American Library Association, n.d.). Previous research demonstrates that when books are challenged, the underlying goal is protecting community values by limiting access to ideas that some believe …

Dividing To Survive, Fight, Or Ally: Understanding Terrorist Group Splintering, Makayla Wendland

Dissertations and Doctoral Documents, University of Nebraska-Lincoln, 2023–

The splintering of terrorist groups is extremely common, with members breaking from the ranks of an existing organization to establish a new, independent organization. At times, the process of splintering has produced some of the deadliest terrorist groups globally, significantly affecting the trajectory and intensity of conflict. Conversely, there are times when splintering can produce groups that quickly dissipate without having an impact. This variation in lethality frames the question at the center of this dissertation: how do splinter groups behave and operate in their conflict landscape?

I develop a new theory-based typology to explain variations in the behavior and …