Students are listed in alphabetical order by last name and represent the following schools as indicated. Please contact the individual presenter if you would like the Zoom link to the presentation.
Occupational Stress and Gratitude in Homeland Security Investigations Agents
Abstract: Work consumes most of daily life, which makes proper management of it crucial to a healthy lifestyle. Occupational stress stems from expectations and available resources at work and manifests in both psychological and physiological ways (French, et al., 2023). A mental way to mitigate this stress is gratitude. The current study aimed to see if there was a correlation between high gratitude and low occupational stress. The population studied included thirteen Homeland Security Investigations agents. Participants were given an online survey that assessed the two variables.
SSMT Major: Psychology
Mentor: Peter Kearns, Ph.D.
Presentation: Wednesday, April 23 at 6 p.m. in Laughlin Auditorium
Understanding the Effects of Stress on Alcohol Consumption Using Two-Bottle Choice Tests for Rats
Abstract: Alcohol is one of the most commonly used substances in the United States, with 66% of the population in 2018 reporting alcohol use in the past year. Stress and anxiety have been found to increase alcohol consumption in both humans and rodents. This study seeks to investigate whether the addition of a chronic variable stress (CVS) model increases alcohol consumption in rats. To measure the amount of alcohol consumed, a two-bottle choice test was developed. The two-bottle choice test involves the use of a beam breaker to count the number of times the rat visits the device, as well as an E-tape to measure the amount of liquid consumed.
SSMT Major: Neuroscience
Mentor: Amie Severino Kauzlarich, Ph.D.
Presentation: Wednesday, April 23 at 7 p.m. in Laughlin Auditorium
Thermal Binding And Protein Aggregate Studies With C. Elegans Potential For Therapeutic For Huntington’s Disease
Abstract: Huntington’s disease (HD) is an inherited disease in which nerve cells in the brain break down over time. HD is a currently incurable disease which is caused by protein aggregates. A person infected by HD may experience worsening of movement and cognitive symptoms, and the disease may result in death. The interest for this research is to develop small molecules that bind to nucleic acids to prevent formation of toxic proteins.
SSMT Major: Neuroscience
Mentors: Sarah Krueger, Ph.D., and Angy Kallarackal, Ph.D.
Presentation: Thursday, April 24 at 8:30 a.m. in Laughlin Auditorium
Investigating the Presence of Toxin Releasing Cyanobacteria in Different Water Reservoirs Using Primers Developed Using Phylogenetic Relationships
Abstract: This project investogates the prescence of different cyanobacteria toxins in a variety of water reservoirs using primers made based on phylogenetic relationships between different cyanobacterial species. Primers were made for eight different toxin genes after compiling and aligning many cyanobacteria toxin gene sequences.
SSMT Major: Biology
Mentor: Eric Sakowski, Ph.D.
Presentation: Thursday, April 24 at 2:30 p.m. in Laughlin Auditorium
Boys or Girls: Does it Matter When it Comes to Young Children's Friendship Conceptualization?
Abstract: Friendships can be negatively affected by various factors, such as betrayal, lack of support, or shifting priorities. This study focuses on how 6-to-9-year-olds perceive friendship transgressions and their impact on friendship deterioration, particularly in relation to gender roles. Twenty children were interviewed and presented with four transgression scenarios as well as four strategy options to respond with.
SSMT Major: Psychology
Mentor: Minxuan He, Ph.D.
Presentation: Thursday, April 24 at 10 a.m. in Laughlin Auditorium
Structure-Based Computational Screening and Molecular Dynamics for the Development of an RNA G-Quadruplex Ligand Library in Repeat Expansion Diseases
Abstract: G4-Quadruplexes (G4s) are emerging drug targets in neurodegeneration. This study develops a ligand library targeting RNA G4s in hexanucleotide repeat diseases like Amyotrophic Lateral Sclerosis (ALS), integrating a computational workflow for receptor refinement and dynamic multi-ligand screening. A stepwise coevolutionary process refines the ligand pool, iteratively narrowing candidates based on structural qualities that enhance docking performance. This adaptive approach enhances the reactivity and selectivity of ligand-quadruplex interactions, establishing a robust computational pipeline for RNA-targeted drug discovery.
SSMT Major: Chemistry
Mentor: Sarah Krueger, Ph.D.
Presentation: Thursday, April 24 at 9:30 a.m. in Laughlin Auditorium
Analysis of the Efficacy of Two Pollinia Counting Methods in Milkweed
Abstract: Pollination is vital to the environment, human agriculture, and the life histories of species throughout the biosphere. As such, an efficient method of counting individual pollination events is necessary for biological science. In this study, two methods of counting pollination events in Asclepias syriaca are compared statistically by determining the amount of pollinia removals and insertions discovered in each sample. Our results can help the quantitative study of pollinating plants by providing information on the most efficient methods of documenting pollination events.
SSMT Major: Environmental Science
Mentor: Abigail Kula, Ph.D.
Presentation: Thursday, April 24 at 1 p.m. in Laughlin Auditorium
Love and Rockets: Technological They-Systems in Thomas Pynchon's Gravity's Rainbow
Abstract: This project will take a look at the transition between modernism and postmodernism and their application as responses to the world around these literary movements. Drawing on Gravity's Rainbow, this project will analyze the way in which postmodern literary theory allows for a more advanced understanding of how the evolution of technology and markets pushed the world further toward World War 2, analyzing the material circumstances that brought about and perpetuated the War.
CLA Major: English Secondary Education
Mentor: Jack Dudley, Ph.D.
Presentation: Thursday, April 24 at 11 a.m. in Knott AC 310
The Underlying Causes of International Conflict: A Holistic Application of the Democratic Peace Thesis
Abstract: Using the democratic peace theory as a framework, this project critiques and expands upon its traditional emphasis on institutional constraints, arguing that the theory must incorporate moral consciousness and social cohesion. By synthesizing insights from Perpetual Peace, Why Liberalism Failed, Gaudium et Spes, and Just and Unjust Wars, the project addresses gaps within the democratic peace theory’s framework while briefly analyzing contemporary conflicts (such as the Russia-Ukraine war).
CLA Major: Politics, Philosophy & Economics (PPE)
Mentor: Richard Buck, Ph.D.
Presentation: Wednesday, April 23 at 7 p.m. in Knott AC 306
The Intersection of Art and Technology: Exploring Art History, Generative Techniques, and the Potential of AI
Abstract: This project will discuss generative computer art. The topic will be considered from the perspectives of historical context, methods, technology, and ethics. Several aspects and techniques of creating generative art will be discussed, with particular attention to the mathematical and computer science concepts that are at work. This broadly includes algorithms, recursion, and mathematical functions. It will also briefly explore further topics in generative art, specifically how artificial intelligence has been, is, and can be used in art, along with the ethical and social concerns that accompany.
SSMT Major: Mathematics
Mentor: Melanie Butler, Ph.D.
Presentation: Thursday, April 24 at 7 p.m. in Knott AC 306
A solution NMR-based approach to characterizing ASCC2-CUE specificity for K63-linked polyubiquitin chains in DNA alkylation damage repair
Abstract: DNA alkylation is a mutagenic DNA modification that entails the addition of an alkyl group to DNA bases. One way these lesions are repaired is via the ALKBH3-ASCC repair complex, which is localized to regions of damage in a K63-linked polyubiquitin-dependent manner. This study uses a dual approach of paramagnetic relaxation enhancement (PRE) and intermolecular nuclear Overhauser enhancement (NOE) based nuclear magnetic resonance (NMR) spectroscopy experiments to investigate this noncanonical interaction, in which K63-linked polyubiquitin chains recruit the repair complex via recognition via the ASCC2 CUE domain.
SSMT Major: Biochemistry
Mentor: Patrick Lombardi, Ph.D.
Presentation: Thursday, April 24 at 2 p.m. in Laughlin Auditorium
Quality of Life in the U.S. compared to other Capitalistic Democracies
Abstract: This project investigates the connection between capitalism and the quality of life the United States. It covers the politics that keep such systems in place as well as comparing capitalism in the United States to other developed nations.
CLA Major: Political Science
Mentor: Maureen Oakley, Ph.D.
Presentation: Thursday, April 24 at 8:30 a.m. in Knott AC 310
Investigation of Functional Group Effects on the Yield and Properties of 2,4,6-Triphenyl Pyrylium Photocatalysts
Abstract: 4-PEG chalcone was synthesized via aldol condensation and converted into pyrylium salts using milder acids. PEG groups were introduced to improve water solubility for wastewater treatment, though they may reduce yield due to resonance interference. Reaction conditions were optimized, and the structure of the pyrylium salts will be verified using NMR spectroscopy. These modifications aim to enhance the salts' efficacy as photocatalysts in aqueous environments.
SSMT Major: Health Science
Mentor: Isaac Mills, Ph.D.
Presentation: Thursday, April 24 at 6 p.m. in Coad 313
Exploring the Patterns of Teacher Persistence
Abstract: The primary objective of this study is to explore and understand the influence of the COVID-19 pandemic on teacher persistence in the classroom. This study aims to identify key elements that play a role in a teacher's self-efficacy, identify stressors they come across that have influenced them to leave the teaching field, and provide data to retain teachers.
SE Major: Elementary Education
Mentor: Michelle Ohanian, Ph.D.
Presentation: Thursday, April 24 at 9:30 a.m. in Knott AC 310
Identifying Eye Gaze Patterns in Low-Income Mother-Infant and Father-Infant Play at 9-Months and 18-Months
Abstract: The ability to engage in mutual eye gaze during play is foundational to infant social and language development. However, there is little longitudinal data on mutual eye gaze, especially in low-income families who are underrepresented in developmental research. Additionally, most studies of play lack information about fathers. This study observed both mother-infant and father-infant play from diverse low-income families, with data collected when the infant turned 9 months and 18 months of age.
INT Majors: Psychology and Human Services
Mentor: Minxuan He, Ph.D.
Presentation: Thursday, April 24 at 9 a.m. in Laughlin Auditorium
Rats, Music, and Socializing: Can Classical Music and Play Control Impulsive Behavior?
Abstract: The purpose of the present study was to investigate the effects of environmental enrichment (social enrichment and auditory stimulation) on impulsivity as modeled in a delay-discounting task in Sprague Dawley rats. The subjects were four male and three female rats from Taconic Farms in New York, aged 1.5 to 2 years and weighing 325-375 grams. The results indicated that as the delay increased the choice for the larger reinforcer decreased for both male and female rats but with no significant difference between sexes. There was no change in delay-discounting performance after the introduction of the environmental enrichment phase. Thus, sex and environmental enrichment had no effect on delay-discounting performance. A potential intervention implication includes training to reduce lever-bias.
INT Majors: Psychology and Foreign Language (Italian)
Mentor: Jon Slezak, Ph.D.
Presented in December 2024
The Role of Project Management in Managing U.S Federal Government Operations
Abstract: This research project examines the role of project management in managing US Federal Government operations, focusing on a case study of The Better Contracting Initiative and assessment of the government contracting processes before BCI. Analysis of key principles of BCI identifying where project management principles are used and the challenges or opportunities associated with its implementation. Interviews of project managers/government contractors revealed insight into their experiences and perceptions.
BSB Major: Business with a concentration in international business
Mentor: Corinne Farneti, Ph.D.
Presentation: Wednesday, April 23 at 6 p.m. in Knott AC 310
Deepfake Technology
Abstract: This project will work to examine deepfake technology in multiple viewpoints. I will first examine a history of the technology and show how we arrived at the current idea and vison of deepfake technology, followed by the common applications that users can use deepfake technology for and the popularity it receives on social media as a result. The project examines the benefits and drawbacks of having a unique and interesting technology like deepfakes. Finally, I will look at common free applications online to gather more information about deepfake usage and provide an in-depth detail of a creation by going through and providing my own experience of creating a deepfake implementation.
SSMT Major: Computer Science
Mentor: Brian Heinold, Ph.D.
Presentation: Thursday, April 24 at 6 p.m. in Laughlin Auditorium
Link between Orientalism and Genocide Severity in the PRC
Abstract: Ever since 2021, when the U.S. declared the human rights abuses against the PRC’s Uyghurs as a genocide, experts have compared the situation with the Tibetan genocide. Both atrocities are centered around the lack of conformity to religious and cultural standards in the PRC but seem to differ in advocacy. This project suggests ways to investigate the question: Does genocide against Tibetans and Uyghurs differ in severity of violence and why?
CLA Major: International Studies and Spanish
Mentor: William Christiansen, Ph.D.
Presentation: Wednesday, April 23 at 6 p.m. in Knott AC 306
Analyzing Efficacy of Using HeLa Cells as a Cellular Model for Aggregates of Huntington’s Disease
Abstract: HeLa cells have contributed largely to many scientific breakthroughs. They are resistant and proliferative, making them an ideal cellular model. This research focuses on the behavior of HeLa cells when introduced to repeats of a diseased gene, aiming to develop a reliable HeLa cell-based model for testing compounds for diseases like Huntington’s. Accompanying this research is the discussion of the history, ethical concerns, and usage of HeLa cells in rare disease research.
SSMT Major: Biology
Mentor: Sarah Krueger, Ph.D.
Presentation: Thursday, April 24 at 10:30 a.m. in Laughlin Auditorium
The state of Hell
Abstract: This project combines philosophy and the Brothers Karamazov to examine Hell as a state of being, rather than just a place.
CLA Majors: English and Philosophy
Mentor: Justin Matchulat, Ph.D.
Presentation: Thursday, April 24 at 10 a.m. in Knott AC 310
Understanding the Impact of Physical Appearance on Young Children's Friendship Formation
Abstract: This study delves into the influence of physical appearance on children’s friendship formation by using AI-generated headshots of elementary-aged characters with diverse physical appearance conditions: control, wheelchair, glasses, and overweight. Twenty children, ranging from ages six to eight, rated each character across three types of attributes (e.g., personal, social, and intellectual attributes) and reported how likely they wanted to befriend the character. The results from chi square tests showed that children reported lower friendship preferences towards characters in the overweight condition. The findings provide insights into how physical appearance can influence judgments in early childhood peer relationships and have implications for early education interventions.
INT Majors: Psychology and Human Services
Mentor: Minxuan He, Ph.D.
Presentation: Thursday, April 24 at 11 a.m. in Laughlin Auditorium
The Search for El Dorado: A Study of Kossi Komla-Ebri's Short Fiction
Abstract: This honors project will analyze and discuss the historical causes and process of African immigration to Italy as it is reflected in contemporary Afro-Italian literature. This study will primarily draw on the works of the Togolese-Italian author, Kossi Komla-Ebri, who is renowned for his loosely based autobiographical short stories that depict the African immigrant experience while living in Italy.
CLA Major: Italian
Mentor: Marco Roman, Ph.D.
Presentation: Wednesday, April 23 at 6:30 p.m. in Knott AC 306
Exploring Multicultural Dynamics in Collegiate Sports: Leadership and Management Strategies for Diverse Teams
Abstract: This study investigates the complexities of multicultural dynamics within collegiate athletics in the United States, emphasizing the impact of cultural diversity on team cohesion, communication, and leadership. Understanding how diverse cultural backgrounds influence team interactions and organizational policies becomes essential as globalization increases the move of international talent in collegiate athletics. The research will aim to identify the possible challenges and opportunities presented by diverse teams across various sports and institutions.
BSB Major: Business
Mentor: Corinne Farneti, Ph.D.
Presentation: Wednesday, April 23 at 6:30 p.m. in Knott AC 310
National Law Theory in Contemporary American Jurisprudence
Abstract: The natural law is overwhelmingly rooted in the American Constitution. Throughout American history, natural law has influenced numerous principles in judicial interpretation. Today, with an evermore polarized political setting, the project considered numerous variables within adjudication, with the primary focus being the natural law within American jurisprudence. The project considered the idea of "Blind Natural Law Theory" which promotes the idea that judges use natural law principles in their discretion despite being unaware of it.
CLA Major: Political Science
Mentor: Joshua Hochschild, Ph.D.
Presentation: Wednesday, April 23 at 7:30 p.m. in Knott AC 306
The Impact of Economic Sanctions on the Domestic and International Politics of Iran
Abstract: The U.S., in recent times, has maintained a steady policy of sanctioning the ruling Iranian regime. Ever since the 1979 Iranian Revolution, both governments have had strained relations due to differences in ideology, foreign policy, and military involvement. With Iran being a major backer to proxies in both the Israel-Hamas conflict and the Ukrainian War, it is important to recognize how U.S. sanctions are affecting (or not affecting) how Iran conducts its foreign affairs. It is important also to view how Iran deals with sanctions domestically, and how its ruling government deals with those effects alongside widespread protests.
BSB Major: Economics
Mentor: Maureen Oakley, Ph.D.
Presentation: Thursday, April 24 at 9 a.m. in Knott AC 310
Economy of Communion
Abstract: This paper explores the Economy of Communion (EoC), rooted in Chiara Lubich’s vision, as an alternative to the traditional capitalist economy. It examines the EoC’s origins, its integration within the Focolare Movement, and its emphasis on unity and community service. Through a SWOT analysis, the paper compares capitalist economies with the EoC model, offering recommendations for universities and students to contribute to a more communal, ethical business framework that prioritizes solidarity over material gain.
BSB Major: Business
Mentor: Alejandro Cañadas, Ph.D.
Presentation: Wednesday, April 23 at 7 p.m. in Knott AC 310
Nursing Shortage: An Inside Look into the Causes, Contributors and Possible Solutions
Abstract: The nursing shortage is not a novel problem brought about by the COVID-19 Pandemic of the early 2020’s, but a generational issue that has had its effects on the American population for almost 100 years. The goal of this project is to highlight the multilevel problem of the nursing shortage and how society, hospitals, and the government can work to improve the conditions nurses work under and support them as they are the unsung heroes of the healthcare field.
INT Major: Health Science Pre-Nursing
Mentor: Jack Trammell, Ph.D.
Presentation: Thursday, April 24 at 3:30 p.m. in Knott AC 310
Effects of Chronic Variable Stress on Voluntary Alcohol Consumption in Rats
Abstract: Alcohol use disorder and anxiety disorders affect millions of people worldwide, yet there is a clear lack of understanding of the mechanisms by which these disorders work, nor an understanding of the relationship between these two disorders. Using rats as a model animal in the open field test, this project studied the relationship between chronic stress and the development of anxiety-like behaviors, and how it potentially results in increased alcohol consumption. Examining sex differences will also provide insight, as there are studies which reveal differences in humans based on sex, with the development of comorbid anxiety disorders in people who abuse alcohol (Xu et al., 2021).
SSMT Major: Biology
Mentor: Amie Severino Kauzlarich, Ph.D.
Presentation: Wednesday, April 23 at 7:30 p.m. in Laughlin Auditorium
The Mental Health of Student Athletes: Challenges, Support Systems, and Solutions
Abstract: This research paper will explore the complex relationship between mental health and the challenges faced by student-athletes in the classroom. It will dive into the psychological stressors associated with the multitude of responsibilities of maintaining academic performance and excelling in athletics. This study will investigate the prevalence of mental health issues among student-athletes, discussing factors such as performance pressure, the impact of competition on their well-being, and time constraints.
BSB Majors: Business and Sport Mangement
Mentor: Corinne Farneti, Ph.D.
Presented in December 2024
Comparison of phage efficacy individually and in combination against Escherichia coli K12 and Escherichia coli ATCC 25922 as a study of phage therapy
Abstract: The antibiotic resistance crisis has been an emerging issue in the medical field for decades, and the need for an alternative is stronger than ever. In this study, I researched the potential of phage therapy to replace antibiotics. I tested the efficacy of individual phage and combinations of phage against E.coli K12 and E.coli ATCC 25922 for a comparative analysis. Using a plate reader, direct comparisons of the individual phage and combinations were made. Further calculations compared the change in absorbances for each treatment: 25℃ for room temperature, 30℃ for E.coli ATCC 25922 optimal growth, and 37℃ for average human body temperature. There is potential in phage to be used at 25℃ as a disinfectant and in the medical setting at 37℃, offering an alternative to antibiotics.
SSMT Major: Biology
Mentor: Eric Sakowski, Ph.D.
Presentation: Thursday, April 24 at 3:30 p.m. in Laughlin Auditorium
Artificial Intelligence in Prosthetics and Surgery
Abstract: This project examines how artificial intelligence, or AI, is quickly changing the medical field. Two areas of focus for this will be the use of AI in prosthetics and the use of AI in surgery. These are the two most AI impacted specialties in the medical field at the moment and by taking a look at them we can see what good AI is doing for healthcare as well as the risks associated with this newly growing technology.
SSMT Major: Computer Science
Mentor: Ruth Lamprecht, Ph.D.
Presentation: Thursday, April 24 at 6:30 p.m. in Laughlin Auditorium
Impact of Peer Review and Self-Reflections on Student Organic Chemistry Lab Report Writing
Abstract: Developing strong scientific writing skills is crucial for student success.Thus, I am comparing the difference between student lab report grades with and without peer review. Self-reflections were used to encourage students to consider the feedback they were given to improve their writing in subsequent assignments. In all, I compared the improvement in lab report grades among two groups: those with no self-reflection and those utilizing both self-reflection and peer review. I observed highest lab report grade averages for those who participated in both peer review and self-reflections and lowest for no reflection.
SSMT Major: Biology
Mentor: Sarah Krueger, Ph.D.
Presentation: Thursday, April 24 at 12:30 p.m. in Laughlin Auditorium
Swiping and Supplements: Exploring the Relationship Between Social Media and Supplement Use
Abstract: This study aimed to investigate whether there is a relationship between the impulsivity of a person (as measured by delay discounting) and social media use. It also examined if there is a relationship between fitness media consumption and supplement use. The study found a statistically significant weak positive correlation that accounted for little variance between choosing the later DD monetary reward and social media use. This was contrary to another study, which found a statistically significant strong negative correlation between a later larger reward and social media use in males particularly.
SSMT Major: Biology
Mentor: Jon Slezak, Ph.D.
Presented in December 2024
Accessibility to Artificial Intelligence in Education and its effects on Computer Literacy
Abstract: This project will explore student accessibility to AI and how it has affected Computer Literacy skills.
SSMT Major: Computer Science
Mentor: Scott Weiss
Presentation: Thursday, April 24 at 7:30 p.m. in Laughlin Auditorium
Real vs. Reel: The Truth about Insider Trading in Film
Abstract: This project is an analysis of how insider trading is accurately or inaccurately portrayed in various films. The paper first includes research on what insider trading is, the differences between legal and illegal practices of insider trading, how it is detected, the punishments attributed to committing insider trading, its effects on the economy, and real-world examples of insider trading. I will then analyze four movies and determine whether insider trading is accurately or inaccurately represented in them. I will judge them based on my personal research that is presented in the first part of the paper.
BSB Major: Business
Mentor: Brad Young, Ph.D.
Presentation: Thursday, April 24 at 6 p.m. in Knott AC 310
Investigating the binding capabilities of the YTHDC1 protein to N1-methyladenosine modified RNA oligonucleotides
Abstract: This research investigates the binding interactions between alkylated RNA and YTHDC1, a YTH domain-containing protein that binds to specific methylated RNA nucleotides to protect the damaged RNA from causing DNA breaks. The protein is known for binding to RNA containing m6A alkylation (methylated adenine at the 6 position). This mechanism is linked to certain cancers, as the protection from DNA breaks allows for proliferation of cancerous cells. Some studies suggest that YTHDC1 not only binds to m6A alkylations, but also m1A and m7G alkylations. The literature and data, however, are conflicting. The purpose of this research project is to determine whether YTHDC1 can recognize m1A modifications, and if so, to solve the structure of that interaction.
SSMT Major: Biology
Mentor: Patrick Lombardi, Ph.D.
Presentation: Thursday, April 24 at 3 p.m. in Laughlin Auditorium
Bitcoin and the Future of Money
Abstract: Free market economies rely on sound money to allocate resources efficiently and sustain human well-being. Central bank policies like price inflation erode money’s value, increasing inequality and economic risk. The rise of Central Bank Digital Currencies (CBDCs) further threatens financial and privacy rights by expanding centralized control. Bitcoin, with its fixed supply and blockchain security, offers an alternative. However, true economic stability requires a cultural shift toward long-term thinking and moral values rooted in Catholic Social Teaching.
BSB Major: Economics
Mentor: Alejandro Cañadas, Ph.D.
Presentation: Thursday, April 24 at 1:30 p.m. in Knott AC 310
in silico modeling of small molecule ligands with the potential to target Huntington’s Disease-Causing RNA
Abstract: Using a combination of molecular editing software, force field minimization utilities, and molecular docking programs, the small molecules were tested for predicted binding affinity and position with both the HD causing RNA as well as other RNA models containing different mismatches. A small molecule composed of an anthracene bound to a melamine by varying carbon linker length was evaluated for targeting potential.The molecule indicated specific binding tendencies that favored groove-binding near uracil, and in particular U-U mismatches such as those found in HD causing RNA.
SSMT Major: Mathematics
Mentor: Sarah Krueger, Ph.D.
Presentation: Thursday, April 24 at 1:30 p.m. in Laughlin Auditorium
An Analysis of the Olympic Bidding Process and the Cultural, Economic, Educational, and Environmental Impact of a City or Region Bidding for the Hosting Rights on the Olympic and Paralympic Games
Abstract: In the past decade, the International Olympic Committee had to endure a declining rate of cities bidding for the Olympic and Paralympic Games. One of the major factors for the fallen rate was the Olympic Agenda 2020. After awarding the 2026 Winter Olympics, the IOC introduced a new Bidding Process for cities who want to pursue hosting the Games. Instead of following a structured timeline, the IOC now talks to interested cities, which allows for both parties to be more flexible in finding a host.
INT
Mentors: Sheldon Shealer and Sarah Zipp, Ph.D.
Presented in December 2024
The Effects of Age-Related Physiological Processes on Performance Dynamics in Track and Field
Abstract: The purpose of this project is to explore how age-related changes to physiology, primarily energy systems affect peak athletic performance, the ages of the peak, how it differs between running disciplines, and how the demands of each discipline might cause the observed differences. [KT1] Understanding these dynamics through the most elite athletes in the world can indicate when and why our bodies are most capable of being pushed to their physical limits.
SSMT Major: Health Sciences: Pre Physical Therapy
Mentor: Kari Taylor-Burt, Ph.D.
Presentation: Thursday, April 24 at 6 p.m. in Knott AC 306
The Problem of Pornography in Contemporary Society
Abstract: This senior research honors project examines the impact of pornographic consumption within contemporary society. After analyzing the origins of pornography and examining the shift of its use and prevalence in contemporary society, this research questions the perceived positive and negative effects of its utility and necessity. In doing so, this research will point out prominent economic drivers that have promoted and integrated a more pornographic society within entertainment, often taking advantage of its appeal to natural human instincts and vulnerabilities. Most importantly, this project delves into the broader impacts of pornography on people, on their relationships, and on their worldview. By examining the use of pornography through a cost benefit perspective, this paper suggests that pornography is, in fact, a generally negative addition to society, and the government does have a responsibility to protect their citizens from its negative effects.
CLA Major: Philosphy, Politics, Economics (PPE)
Mentor: Richard Buck, Ph.D.
Presentation: Thursday, April 24 at 1 p.m. in Knott AC 310
The Impact of Teacher Perception on the Implementation of Assistive Technology
Abstract: Schools have sought to incorporate technological advancements to support student learning through assistive technology. Teachers have praised the power of assistive technology, but some have had more negative perceptions. Teacher perception and the implementation of assistive technology are two things that impact each other. A series of teacher interviews were contacts with special education staff at Ballenger Creek Elementary School. Each of the questions pertained to assistive technology, the teacher's implementation of it, and their perception. Teacher perceptions were then analyzed and compared to their implementation of assistive technology in the background, with the goal of improving the power of teacher perception in the implementation of assistive technology in the classroom.
SE Major: Elementary and Special Education
Mentor: Barbara Marinak, Ph.D.
Presentation: Wednesday, April 23 at 8 p.m. in Knott AC 306
Drug Use and Human Decisionmaking: A Sociological Model
Abstract: The causes of widespread drug use necessitate a more comprehensive explanation than what science alone can provide. This research examines the theology of St. Thomas Aquinas as an anthropology for explaining the poor decision behind first consuming illicit drugs. This perspective is contrasted with Marxism and the deterministic aspects of neo-Marxist sociologies of drug use. Ultimately, the Christian model of free will demonstrates how social determinism provides a hopeless explanation for humans exposed to the artifical delight of a drug.
CLA Majors: Criminal Justice and Sociology
Mentor: John-Mark Miravalle, Ph.D.
Presentation: Thursday, April 24 at 2:30 p.m. in Knott AC 310
Development of an AI-Powered Chatbot for E-Commerce Customer Support
Abstract: As E-commerce expands, handling customer inquiries quickly and efficiently is essential. This project creates an AI-powered chatbot that helps with order tracking, product suggestions, returns, and general questions. It provides instant responses, reducing wait times and easing the workload for support teams. Designed to simulate real interactions, the chatbot includes multilingual support for a better user experience. With easy integration into different platforms, it demonstrates how AI can improve customer service in online shopping.
SSMT Majors: Computer Science and Cybersecurity
Mentor: Brian Heinold, Ph.D.
Presentation: Thursday, April 24 at 7 p.m. in Laughlin Auditorium
Evolutions of the Driving Forces of Consumer Behavior from the 20th to the 21st Century with the Rise of the Digital Era
Abstract: As technology advances, consumer behavior evolves, offering new brand relationships and insights into customer loyalty. Studied for decades, concepts like self-concept theories and consumer psychology help explain purchasing decisions. The digital era has amplified opportunities to share, target, and grow. While the purchasing process follows a familiar chain of events, technological advancements have significantly influenced consumer behavior.
BSB Major: Business
Mentor: Edward Reynolds
Presentation: Thursday, April 24 at 3 p.m. in Knott AC 310
The Need for Regulation of Future Gene Therapy Practices: Addressing Bioethical Concerns and Promoting Responsible Innovation
Abstract: The question of when human life begins is both deeply philosophically and biologically significant and has ignited debate for centuries. The creation of human life is a topic remains entrenched across various fields, from theology to medicine, and has become particularly pertinent in the context of reproductive technology and genetic therapy. Gene therapy is a significant area of scientific and medical innovation that has the potential to mitigate and presumably cure genetic disorders at the earliest stages of human development which offers great promise to patients and future generations worldwide. However, this practice raises a critical question: at what risk are we willing to sacrifice the sanctity of human creation for medical advancement?
CLA Major: Philosophy
Mentor: Justin Matchulat, Ph.D.
Presentation: Thursday, April 24 at 10:30 a.m. in Knott AC 310
Hacking the Mind: Understanding the Psychology of Hackers
Abstract: This project explores the psychology of hacking by looking at why people hack, what motivates them, how they think, and what personality traits they may have. It will also look at the role of the hacker community and how we can prevent hacking by understanding how hackers operate.
SSMT Major: Biochemistry
Mentor: David Brooks, Ph.D.
Presentation: Thursday, April 24 at 7 p.m. in Knott AC 310
Surviving the online shift
Abstract: The rapid growth of e-commerce has fundamentally transformed the retail industry, creating significant challenges for traditional brick-and-mortar stores. As e-commerce giants like Amazon set new standards for convenience, pricing, and customer service, traditional retailers face declining foot traffic, increased competition, and difficulties in keeping up with technological innovations. However, by adopting strategies such as building loyal local customer bases, embracing omnichannel approaches, and implementing dynamic pricing models, traditional stores can remain competitive.
BSB Major: Accounting
Mentor: Alejandro Cañadas, Ph.D.
Presentation: Thursday, April 24 at 12:30 p.m. in Knott AC 310
Profit over People: How Gentrification Can Alter a Nation
Abstract: This paper explores the unspoken gentrification in Mexico, driven by a surge in tourism. Popular destinations like Oaxaca, Cancun, and Mexico City attract global visitors, leading to increased external spending on goods and services. Consequently, local residents face rising costs and reduced purchasing power. The influx of tourists over recent decades has reshaped the lives of locals, highlighting the significant socio-economic impact of gentrification linked to the booming tourism industry.
BSB Major: Business
Mentor: Francis Lukban
Presentation: Thursday, April 24 at 6:30 p.m. in Knott AC 310
Integrative Modeling of ASCC2 CUE:K63 Ub2 Interaction to Determine the Structural Basis of Specificity
Abstract: DNA damage poses a threat to genomic stability and necessitates the multitude of repair mechanisms present in the cell. The goal of our research is to characterize the novel interaction that the ASCC2 CUE domain makes using a second ubiquitin-binding site and to elucidate the structural basis of ASCC2’s specificity for binding K63-linked polyubiquitin chains. By integrating distance restraints with simulated calculations, an energy minimization will be used to model the ASCC2-K63Ub2 binding interaction. Thus, a combination of NMR and SAXS data will be utilized by the Xplor-NIH software to help elucidate the structural basis of driving ASCC2's selectivity for K63Ub2. This approach holds significant potential for advancing our understanding of the process by which the ALKBH3-ASCC complex is recruited to alkylation damage sites.
SSMT Majors: Biochemistry and Chemistry
Mentor: Patrick Lombardi, Ph.D.
Presentation: Thursday, April 24 at 6:30 p.m. in Knott AC 306
The physiological effects of emotional dissonance
Abstract: Emotional dissonance is the conflict felt when outwardly displayed emotions differ from internal feelings (Kenworthy et al., 2014). Suppression of positive emotion to adhere to display rules incongruent to internal feelings is a facet of emotional dissonance largely unaddressed. A within-subjects design examined heart rate variability (HRV), specifically low and high frequency, during the suppression of positive emotion versus baseline.
SSMT Major: Neuroscience
Mentor: Peter Kearns, Ph.D.
Presentation: Wednesday, April 23 at 6:30 p.m. in Laughlin Auditorium
Graphacizing Pool
Abstract: Graphs are a useful data structure with practical applications. Among them include sports league scheduling and keeping track of standings and basic analytics. Pool, also known as billiards, can benefit from these applications. This project aims to utilize graph theory to create new ways of analyzing a pool tournament, creating new statistics, as well as creating a simulation. All aspects of a pool tournament will be represented with graphs. A significant goal of this project is to convey the mathematics concepts used in a way that is interesting and understandable to people who are unfamiliar with graph theory.
SSMT Majors: Mathematics and Computer Science
Mentor: Brian Heinold, Ph.D.
Presentation: Thursday, April 24 at 8 p.m. in Laughlin Auditorium
Synthesis of Triaryl-Pyrylium-Salt Metal Complexes: Creating New Water Purification Methods
Abstract: Maintaining a clean water supply is vital to ensure the safety and health of our population. Specifically, as of now, there is no way to remove endocrines system disruptors from the water supplies. The goal of this research project is to increase the water solubility of functionalized triarylpyrylium salts so that they may be used as photo-oxidizers for these harmful contaminants. This will be achieved by using a green synthetic pathway to avoid increasing the level of harmful contaminants in the water supply. Our project focuses on creating triarylpyrylium salts that contain electron withdrawing groups that can act as ligands when binding with transition metals, which aims to increase the water-solubility of the molecule. The electron-withdrawing groups are currently being synthesized using a Suzuki-Miyaura carbon-carbon coupling mechanism and these groups are turned into a triarylpyrylium salt through the pyrylium cyclization reaction with the chalcone precursor.
SSMT Major: Chemistry
Mentor: Isaac Mills, Ph.D.
Presentation: Thursday, April 24 at 6:30 p.m. in Coad 313