bluuebunny/crossref_metadata_2025 huggingface dataset:
"if i am a phoenix..."
Authors:   , Huff Jasmyn
Published: January 2025

An essay and short story collection about rebirth and being trans and neurodivergent. The essays and stories cover the entire length of my MA, but are mostly written before I came out as trans and edited after. The arc follows this discovery as well as the discovery of my writing following more experimental means including the twisting and playing with the braided essay, the introduction of essaying moves to fiction forms, and moving from what I thought was about death to what I realized I was writing all along about rebirth.
The Effects of Using Arbitrary Symbols in Naming Procedures with Adults
Authors:   , Jaramillo Andia
Published: January 2025

Naming refers to encountering a new word and subsequently being able to use it both expressively and receptively. Sometimes, this can happen in as little as a single experience. Several recent studies have explored factors that influence the acquisition of naming in adults. However, these studies used familiar stimuli for which the participants already had names. In these studies, preexisting stimulus-response relations with the stimuli could have impeded the acquisition of new names for some participants. In contrast, the present study used unfamiliar ("arbitrary") stimuli. In addition, an equivalence test was used to validate the findings because some theorists have claimed that naming is required for equivalence. The results revealed some advantages to teaching naming with arbitrary stimuli. Interestingly, a subset of participants had high scores on equivalence tests without having high scores on expressive tests. This indicates that, contrary to naming theory, naming may not be necessary for equivalence and match-to-sample tests may not be the best test of equivalence. These findings support the independence of the expressive and receptive repertoires both in the development of naming and equivalence.
The Counseling Experiences of Clients Who are Polyamorous: A Phenomenological Inquiry
Authors:   , Stevens Carly Rachel
Published: January 2025

Polyamory is an identity that describes the ability to experience romantic love with more than one romantic partner at a time. Polyamory is often perceived as being perverse, amoral, and relationally broken or deficient; however, people who identify as polyamorous are found to be as mentally healthy and happy as people who are monogamous. Clients who identify as polyamorous may experience their counselor as lacking familiarity with and knowledge of polyamory or as actively working against their identity. This study was a phenomenological inquiry designed to illuminate the counseling experiences of polyamorous people. Data were collected through semistructured interviews with eight participants and analyzed with a modified van Kaam method with relational-cultural theory as the framework. The three major findings that constitute the essence of this inquiry were: (a) participants experienced disappointment and disrespect in the counselor's ignorance of their vital identities, (b) the necessities of trust and connection between participant and counselor for empowerment and growth, and (c) the complementary nature of relationality in polyamory and counseling. These findings indicated counselors should seek a baseline of education on polyamory. The implications for counselor educators were to strive to envelope counselors-in-training in a culture that supports developing multicultural competency and to create continuing education on marginalized populations to best support in-practice counselors. These efforts increase the likelihood that polyamorists are able to receive effective counseling that supports them holistically.
"It's like the only safe place on earth for kids like me!": Youth Queer World Making at Camp Half-Blood
Authors:   , Stueve Madison Nicole
Published: January 2025

Queer youth enactments of agency, resistance, and worldmaking have been under researched in rhetorical studies. Investigating how queer world making for youth takes place at a space entitled Camp Half-Blood, a live action role playing (LARP) fantasy camp for ages 8-18, this study contends that queer youth at Camp Half-Blood utilize Burke's equipment for living, disidentifications, queer relationality, and queer hope as embodiments that create queer lifeworlds and mobilize queer campers toward queer livable futures. By interviewing campers on their perspectives of being queer at camp and the impact LARPing had on the creation of queer youth identity, as well as the ways LARPing and camp affected queer youth camper envisioning of the future, this research maintains that queer youth have the potential to utilize LARPing in radical ways to revise (cis)heteronormative and hegemonic understandings of their social standings in the world. Camp Half-Blood also offers an opportunity to bring research on queer youth in fandoms from online spaces to offline spaces and extends research on youth agency and youth queer world making.
Nonreciprocal and Non-Spreading Transmission of Acoustic Beams through Periodic Dissipative Structures
Authors:   , Zubov Yurii
Published: January 2025

Propagation of a Gaussian beam in a layered periodic structure is studied analytically, numerically, and experimentally. It is demonstrated that for a special set of parameters the acoustic beam propagates without diffraction spreading. This propagation is also accompanied by negative refraction of the direction of phase velocity of the Bloch wave. In the study of two-dimensional viscous phononic crystals with asymmetrical solid inclusions, it was discovered that acoustic transmission is nonreciprocal. The effect of nonreciprocity in a static viscous environment is due to broken PT symmetry of the system as a whole. The difference in transmission is caused by the asymmetrical transmission and dissipation. The asymmetrical transmission is caused solely by broken mirror symmetry and could appear even in a lossless system. Asymmetrical dissipation of sound is a time-irreversible phenomenon that arises only if both energy dissipation and broken parity symmetry are present in the system. The numerical results for both types of phononic crystals were verified experimentally. Proposed devices could be exploited as collimation, rectification, and isolation acoustic devices.
Effect of Modifier Cation Substitution on Structure and Properties of Bioactive Glasses from Molecular Dynamics Simulations
Authors:   , Vu Myra
Published: January 2025

Bioactive glass is a type of third generation bioactive material that can bond to both soft and hard tissue with applications ranging from bone defect repair, coatings for metallic implants, to scaffolds for tissue engineering. Design of bioactive glasses for these applications rely on a detailed understanding of the structures of these glasses which are complicated and multicomponent. In this thesis, I have applied molecular dynamics (MD) simulations with interatomic potentials developed in our group to understand the effect of modifier cation substitution on the structures and properties of two series of bioactive glasses. Particularly, MD simulations are used to understand K2O to Na2O and MgO to CaO substitution on the short and medium range structures (such as cation coordination number, pair distribution function, Qn distribution, and ring size distribution) and properties (such as bulk and Young's moduli and CTE) of 55S4.1 bioactive glasses. As Na2O is incrementally substituted with K2O in 55S4.1, a decrease of the glass transition temperature (Tg) and an increase of CTE was observed, as well as a decreasing trend in the moduli. For the MgO to CaO substitution series, Mg2+ is mainly four-fold coordinated that suggests that it can play a role as a network former in this series. Results of both series showed characteristics of the phenomena of the mixed alkali effect (MAE) that has been known to show non-linear variations in trends like Tg in glasses with alkali and alkali earth ion substitution.
Two Essays Examining the Effects of AIVA Search on Cognition, Emotion and Choice
Authors:   , Pricer Laura
Published: January 2025

AI-enabled virtual assistants (AIVAs) have become increasingly popular (e.g., Amazon Alexa, Google Home) and assist consumers with various tasks, including home automation, access to media, entertainment, and shopping. Essay 1 focuses on the outcomes of consumers' lost autonomy after information search using AIVAs versus an online search engine (e.g., Google). Drawing on research in advances in AI technology, I predict that interacting with AIVAs (versus online search engines) will lead to several consumer outcomes: decreased cognitive task performance, word of mouth (WOM) intentions, and the desire for an unrelated subsequent search. I find support for my predictions across five studies, using different tasks to assess performance (verbal and quantitative), after interactions with both real (Amazon Alexa) and fake (Halo) AIVA brands, across different respondent populations (CloudResearch, MTurk, Prolific), thereby enhancing confidence in my findings. In Essay 2, I consider a different consumer outcome - embarrassment, and also a different underlying process variable – social presence. I predict that when consumers engage in information search using an AIVA, they will subsequently experience greater embarrassment when asked about embarrassing products (e.g., condoms, medication for gas, etc.). The increased embarrassment occurs even when the information search is unrelated to the embarrassing products (e.g., searching for information on the local weather increases embarrassment related to anti-gas medication), suggesting that it is the process of interacting with the AIVA, rather than the content of such interaction which underlies this effect.
Engineering Whole Cell-Based Biosensors for Heavy Metal Detection Using Metalloregulatory Transcriptional Repressors of the SmtB/ArsR Family
Authors:   , Draeger Alison
Published: January 2025

This study focuses on engineering whole cell-based biosensors for heavy metal detection. Through the exploitation of metalloregulatory proteins, fabrication of metal ion-responsive biosensors is achieved. Metalloregulatory proteins of the SmtB/ArsR family including arsenite-responsive ArsR, cadmium-responsive CadC, zinc-responsive CzrA, and nickel-responsive NmtR were evaluated as biosensor sensing modules. Characterization of these four metal sensing modules was accomplished through quantification of a reporter green fluorescence protein (gfp) gene. As such, biosensors pCTYC-r34ArsR-pL(ArsOvN)GFP and pCTYC-r34CadC-pL(CadOv1)GFP displayed excellent gfp expression and sensitivity to As(III) and Cd (II), respectively. These two biosensors were consequently selected and successfully implemented in soil bacterium Pseudomonas putida. Lastly, a proof of concept arsenite-responsive genetic toggle switch is proposed utilizing PurRcelR467 (PC47), a cellobiose-responsive gene, and an LAA degradation tag. Overall, this study expands the bank of metalloregulatory bioparts for heavy metal sensing in the aim of constructing an optimized water monitoring system.
Guåhan: A (De)Colonial Borderland
Authors:   , Torre Joaquin Vincent
Published: January 2025

Answering the call to decenter whiteness and coloniality within communication studies (#RhetoricSoWhite), this project attempts to reclaim space for indigenous knowledge and to serve decolonial struggles. Written as a project of love for my fellow indigenous scholars and peoples, I expand upon Tiara Na'puti's conceptualization of "Indigeneity as Analytic" and chart how indigenous Pacific Island decolonial resistance operates through a paradigm of decolonial futurity. By recognizing Guåhan (Guam), as well as Chamoru, bodies as (de)colonial borderlands, I demonstrate the radical potential of indigeneity through three different case studies. First, I name indigenous feminine style as a strategic mode of public address adopted by Governor Lou Leon Guerero to resist the spread of COVID-19 by US military personnel on the island of Guåhan. Second, I showcase how the process and practice of indigenous Pacific Island tattooing delinks away from coloniality. Finally, I demonstrate how the celebration of a Chamoru saint, Santa Marian Kamalen, provides a spatial-temporal intervention that articulates an indigenous religion and enacts a decolonial futurity.
Computational Modeling of Cancer-Related Mutations in DNA Repair Enzymes Using Molecular Dynamics and Quantum Mechanics/Molecular Mechanics
Authors:   , Leddin Emmett Michael
Published: January 2025

This dissertation details the use of computational methods to understand the effect that cancer-related mutations have on proteins that complex with nucleic acids. Firstly, we perform molecular dynamics (MD) simulations of various mutations in DNA polymerase κ (pol κ). Through an experimental collaboration, we classify the mutations as more or less active than the wild type complex, depending upon the incoming nucleotide triphosphate. From these classifications we use quantum mechanics/molecular mechanics (QM/MM) to explore the reaction mechanism. Preliminary analysis points to a novel method for nucleotide addition in pol κ. Secondly, we study the ten-eleven translocation 2 (TET2) enzyme in various contexts. We find that the identities of both the substrate and complementary strands (or lack thereof) are crucial for maintaining the complex structure. Separately, we find that point mutations within the protein can affect structural features throughout the complex, only at distal sites, or only within the active site. The mutation's position within the complex alone is not indicative of its impact. Thirdly, we share a new method that combines direct coupling analysis and MD to predict potential rescue mutations using poly(ADP-ribose) polymerase 1 as a model enzyme. Fourthly, we perform MD simulations of mutations in the protection of telomeres 1 (POT1) enzyme. The investigated variants modify the POT1-ssDNA complex dynamics and protein—DNA interactions. Fifthly, we investigate the incorporation of remdesivir and other nucleotide analogue prodrugs into the protein-RNA complex of severe acute respiratory syndrome-coronavirus 2 RNA-dependent RNA polymerase. We find evidence for destabilization throughout the complex and differences in inter-subunit communication for most of the incorporation patterns studied. Finally, we share a method for determining a minimum active region for QM/MM simulations. The method is validated using 4-oxalocrotonate, TET2, and DNA polymerase λ as test cases.
"What we know is how we've survived": Tribal Emergency Management and the Resilience Paradox
Authors:   , Dent Lauren
Published: January 2025

In order to more fully inform moves toward equity in emergency management (EM), this research seeks to describe a general landscape of professional Tribal EM, and in particular, to examine how Tribal emergency managers and Tribal Nations are situated in relation to the EM enterprise (EME), and how they are doing resilience in their Tribal Nations. The findings presented in this dissertation reflect efforts to explore and document Tribal emergency managers' descriptions of their work and their perceptions about its context as they seek to do resilience in their Tribes. Specifically, qualitative interviews were conducted with Tribal emergency managers whose Tribal Nations span the United States. Findings indicate that there is significant variation among Tribal nations in terms of EM structures and capacities; Tribal emergency managers engage in a wide array of activities to promote resilience in their communities; and Tribal EM is becoming increasingly professionalized. Importantly, however, the research also uncovered a paradox in which Tribal emergency managers, both implicitly and explicitly excluded from the EME in many ways, find themselves doing resilience in the context of an increasingly popular disaster resilience paradigm that both increasingly shifts the burden of resilience to the local level, and expands the range of tasks associated with successful resilience processes. The dissertation concludes by discussing conceptual and practical implications of the research as well as directions for future research in this area.
Time-Dependent Deformation Mechanisms in Metallic Glasses as a Function of Their Structural State
Authors:   , Ghodki Nandita
Published: January 2025

In this study, the time-dependent deformation behavior of several model bulk metallic glasses (BMGs) was studied. The BMGs were obtained in different structural states by thermal relaxation below their glass transition temperature, cryogenic thermal cycling, and chemical rejuvenation by micro-alloying. The creep behavior of Zr52.5Ti5Cu17.9Ni14.6Al10 BMG in different structural states was investigated as a function of peak load and temperature. The creep strain rate sensitivity (SRS) indicated a transition from shear transformation zone (STZ) mediated deformation at room temperature to diffusion dominated mechanisms at high temperatures. The relaxation enthalpy of Zr47Cu46Al7 BMG was found to increase significantly with the addition of 1 at% Ti, namely for Zr47Cu45Al7Ti1. Comparison of their respective free volumes indicated that chemical rejuvenation had a more pronounced effect compared to cryogenic thermal rejuvenation. Micro-pillar compression tests supported the improved plasticity with increase in free volume from the rejuvenation effect. Effect of chemistry change on mechanical response and time-dependent deformation was investigated for topologically equivalent Pt-Pd BMGs, where the Pt atoms were systematically replaced with Pd atoms (Pt42.5-xPdx)Cu27Ni9.5P21: x=0, 7.5, 20, 22.5, 35, 42.5). The hardness and reduced modulus increased while the degree of plasticity decreased with increase in Pd-content, which was attributed to the increase in stiffer 3-atom cluster connections. STZ volume was calculated for all the BMGs using cooperative shear model (CSM) for fundamental understanding of the underlying deformation mechanisms.
Assessing New Dimensions of an Organization's Learning Culture
Authors:   , Scott Jennifer Lyne
Published: January 2025

Work-based and employee-driven informal learning, training and development have been increasing in importance in the last few decades. Concurrently, organizations seek to measure the extent to which they develop a culture and structure that supports individual learning and organizational learning. This study develops and validates a scale that can measure the extent to which an organization is perceived to provide online learning that is personalized for its employees and perceived to recognize skills and competencies acquired through non-degree and other pathways. This research can provide organizations with the ability to measure and benchmark attributes of their learning culture that are important to work-based and lifelong learning as well as talent recruitment and management.
Impact of Processing Parameters and Forces on Channels Created by Friction Stir Bobbin Tools
Authors:   , Koonce James G
Published: January 2025

In this thesis, friction stir channeling (FSC) and its process parameters influence on geometry, surface quality and productivity are explored. The probe of the friction stir processing (FSP) tool used to perform these tests was a modified submerged bobbin tool made of MP 159 Co-Ni alloy. The body was made from H13 tool steel. To find the optimal channel conditions for a targeted range of process parameters, multiple 6061 aluminum samples were prepared with a U shape guide to test the effects of different spindle speeds and feed rates. Using a gantry-type computer numerical control (CNC) friction stir welding (FSW) machine, the aluminum coupons were subjected to calibration experiments, force control tests, and an increased production rate to test these effects. It was found through experimentation that the programmed feed rates, spindle speeds and forces produced by the machine had an impact on the channel geometry. It was determined from the force-controlled setup that 8.46 mm/s at 750 RPM was the best combination of results for the four conditions tested on a CNC friction stir processing-machine. It was then tested at 10.58 mm/s at 800 RPM, which had comparable results with the best combination of input parameters from the force-controlled runs which demonstrates the utility of the process in high production settings. Finally, a proof-of-concept experiment was performed on a robotic arm outfitted with a FSW holder, showing acceptable results. This is a validation of its future implementation in the manufacturing of large parts for lightweight, aerospace, and automotive applications.
The Practice of Content-Driven Composition for Instrument and Computer
Authors:   , Shen Qi
Published: January 2025

Two compositions, live electronic music for instrument and computer, have been analyzed in the essay to reflect one of my aesthetics principles, content-driven composition, and the solutions that the I have applied to solve the problems which have occurred in practice. By content-driven, I mean that compositional process, material, mood, and affect are expressions of content drawn from visual art, literature, nature, religion, traditional aesthetics and other non-musical sources. During the journey of exploration, I was often deeply moved and inspired by a historical moment, a real-world story, a film, a poem, a statement, an image, a piece of music, or a natural law. In content-driven works, these elements play a major role in the creative processes.
Investigation of Gene Functions in the Cyanotrophic Bacterium Pseudomonas fluorescens NCIMB 11764
Authors:   , Gullapalli Jaya Swetha
Published: January 2025

Pseudomonas fluorescens NCIMB 11764 (Pf11764) is one of a group of bacteria known as cyanotrophs that exhibit the unique ability to grow on toxic cyanide as the sole nitrogen source. This ability has previously been genetically linked to a conserved cluster of seven genes (Nit1C), the signature gene (nitC) coding for a nitrilase enzyme. Nitrilases convert nitriles to ammonia and a carboxylic acid. Still, for the Pf11764 NitC enzyme (Nit11764), no in vivo substrate has been identified, and the basis of the enzyme's requirement for cyanide growth has remained unclear. Therefore, the gene was cloned and the enzyme was characterized with respect to its structure and function. These efforts resulted in the unique discovery that, aside from its nitrilase activity, Nit11764 exhibits nuclease activity towards both DNA and RNA. This ability is consistent with computer analysis of the protein providing evidence of a preponderance of amino acids with a high probability for RNA binding. A Nit11764 knock-out mutant was shown to exhibit a higher sensitivity to both cyanide (KCN) and mitomycin C, both known to induce chromosomal damage. Thus, the overall conclusion is that Nit11764, and likely the entire Nit1C gene cluster, functions as a possible repair mechanism for overcoming the damage inflicted on Pf11764 nucleic acids by toxic cyanide. Towards a further investigation of the Nit1C gene cluster in Pf11764, a second gene (nitH) annotated as a monooxygenase was also investigated. Interestingly, computer-based analysis shows that NitH also harbors a preponderance of RNA-binding amino acids. The nitH gene was cloned into an expression vector with the long-range goal of defining its role in CN utilization.
Personalized Adaptive Teacher Education to Increase Self-Efficacy: Toward a Framework for Teacher Education
Authors:   , Shemshack Atikah
Published: January 2025

This study investigated personalized adaptive learning, teacher education, and self-efficacy to determine if personalized adaptive teacher education can increase self-efficacy. It is suggested that teachers with higher self-efficacy tend to stay in the teaching profession longer. Chapters 2 and 3 are literature reviews on personalizing adaptive learning to determine what common components are used in personalized adaptive learning systems to get a clear understanding of what previous literature suggests building this study on it. Chapter 4 investigates the data collected from 385 teachers to understand better what teachers report on factors that increase their self-efficacy. As a result, it was found that teachers' self-efficacy increases with more training, support, and resources. In chapter 5, a framework was developed based on previous findings, with components of personalized adaptive learning to provide support/help at the right time for teachers to increase their self-efficacy. An empirical study was conducted to validate this framework, where the framework was used as a guide to personalize and adapt summer teacher preservice training and survey teachers on their self-efficacy before and after the training to see its impact on teachers' self-efficacy. However, since summer preservice training was virtual, the framework could not be implemented fully, as we were not able to observe teachers' behaviors and monitor their learning to provide them help and support, as needed and being in the post-COVID-19 year as educators dealing with about two-year learning loss systemwide, seems decreased teachers' self-efficacy. The findings of this study can guide preservice teacher education institutions and decision-makers of teacher education to assess inservice teachers' needs and self-efficacy to help and support them with a more personalized adaptive education to improve their self-efficacy.
Personality as a Predictor of Draft Selection and Performance in Professional Baseball Players
Authors:   , Palmateer Tess M
Published: January 2025

Research has demonstrated that personality factors are associated with sport performance as measured by coach ratings and objective performance outcomes, as well as factors/behaviours that are understood to be facilitative for performance, such as problem-focused coping and quality of preparation. Given the potential utility of personality assessment, professional sport organizations have integrated it into their pre-draft procedures. However, it remains unclear whether such data, particularly at the factor level, can add value to draft selection process, over and above that of past performances. The purpose of the present study was to explore if the Big-Five personality traits are related to draft order and predictive of athletes' future performance in professional baseball. Latent profile analysis revealed two distinct personality profiles amongst 2018 and 2019 draft prospects. The results of the covariate analysis were not significant; however, this was likely due to the small n for class 2. Thus, there might in fact still be a meaningful difference between personality profiles by draft order. The results of a series of multiple regression analyses suggested that personality factors and facets were not predictive of performance in the season following the draft, after controlling for performance in the previous season for both hitters and pitchers. Overall, the results suggest that personality assessment likely does not provide much unique and valuable information for draft selection. However, personality assessment might be valuable from a player development and support standpoint.
English Loanwords in French: A Corpus-Driven Analysis of Corporate Websites
Authors:   , Padilla Werner G
Published: January 2025

This thesis explores the use of English loanwords in French discourse found on seven France-based corporate websites and the website of one government ministry in France. The following overarching question guided this research project: To what extent are English loanwords used in French for marketing purposes or other reasons? As expected, the results varied greatly from website to website, but it is clear from my analysis of this relatively small corpus that the use of English is widespread in French discourse. In this thesis, I allowed myself to engage in some speculation based on my own background and experiences. I acknowledge that further research is needed in order to provide a more comprehensive analysis of English loanwords in French since this is a very complicated topic that can be approached from many different angles.
Premigratory Experiences and the Political Effects of Suitcase Socialization
Authors:   , Okundaye Gabriela Cirenia
Published: January 2025

Do the experiences that an immigrant faces in their country of origin affect the political attitudes and behavior when an immigrant is in their country of residence? Although there is a considerable amount of work exploring the political behavior of racial and ethnic minorities, some work on immigrant political behavior, and some work that that connects premigratory experiences with post migration political behavior, there is relatively little work that examines premigratory experiences with autocracy, corruption, and violence and how that affects the political behavior of immigrants. In this project I observe how experiences with corruption, political violence, and conflict has an affect on political trust, political behavior, and social trust among immigrants that have experienced such events.
Regulation of Receptors in Neuronal Cilia with Development, Seizures, and Knockouts: Implications for Excitability
Authors:   , Shrestha Jessica
Published: January 2025

Neurons commonly have a primary cilium, which is a non-motile organelle extending from the centrosome into the extracellular space. In most brain regions, neuronal cilia are enriched in either somatostatin receptor type 3 (SstR3) or melanin concentrating hormone receptor type 1 (MCHR1), or both. The present immunohistochemical study provides novel evidence that primary cilia regulate neuronal excitability via G-protein coupled receptors (GPCRs), and that their identity is governed by brain region and by competition, both in adulthood and in postnatal development. The hippocampus, which is particularly vulnerable to seizures, has opposing gradients of SstR3(+) and MCHR1(+) ciliary GPCRs. We hypothesized that there is a competition between these two ciliary GPCRs, which might take place on any level from gene expression to presence in the cilium. We examined whether receptor colocalization occurs transiently in development before ciliary GPCR dominance is established in neurons in the CNS. In postnatal CA1 and CA3, the first GPCR to appear in cilia was the one that will dominate in adults: MCHR1 in CA1 and SstR3 in CA3. Some days later, the second GPCR was expressed along with the first; dual-receptor cilia were the exclusive type until single-receptor cilia emerged again around P14. Single-receptor cilia then increased in numbers through adulthood. By identifying ciliary receptors that modulate seizure activity in mice, the present study lays a foundation for therapeutic approaches to reduce neuronal excitotoxicity underlying cell death in epilepsy, CNS injury, and neurodegenerative diseases.
The Construction of the Fringe Extraterrestrial of Postmodernity
Authors:   , Smith Andrew
Published: January 2025

This study focuses on the discourse that orders and creates a logic of the extraterrestrial during postmodernity, what I term "Fringe." Using Foucault's notion of discourse, I define and theorize Fringe and its formation during postmodernity, looking at the particular features of the historical moment post-1960 that contributed to the creation and regulation of a particular extraterrestrial. I then investigate historical conceptions of the extraterrestrial from Aquinas to Kant. This genealogy of the extraterrestrial reveals a rich history of the extraterrestrial and compares this history with Fringe. After this I discuss two precursors of Fringe discourse: the Society for Psychical Research and the writings of anomalous researcher Charles Fort. This investigation of pre-Fringe notions of the psychical in discourse shows how the SPR and Fort's work both created new ways of looking at and speaking about phenomena falling outside the purview of "normal science" and contributed to the formation of Fringe while also being distinguishable from it. Finally, I analyze two popular iterations of Fringe discourse—the ancient aliens hypothesis and the abduction narrative—as popularized in the works of Erich von Däniken and Whitley Strieber.
"Molt"
Authors:   , Susser Carly
Published: January 2025

Considered privileged by social standards, with two loving parents and a spot in an elite, all-girls private school in New Jersey, Charlie should be happy. But at Oak Crest College Preparatory, if you're not a straight-A student, you're dumb. If you're not a star athlete, you're invisible. And if you don't compete to be the best? Well, you might as well flunk out. Charlie is already failing math, and it's only October. Why not throw school—and maybe her whole life—away? Then, one day, Charlie finds a suicide note in the bathroom at school, and her world is turned upside down. As she goes through the process of trying to find out who wrote it, the note writer herself remains hidden to herself and everyone else. A perfectionist all her life, she strives to be everything her parents and teachers expect, but does not know what truly makes her happy. The pressure to fulfill expectation is starting to weigh on her, but no one, except Charlie, can know she is thinking of suicide.
Death Awareness and Meaningful Work: Considering Mortality and How It Relates to Individual Perceptions of Work
Authors:   , Varghese Johnson George
Published: January 2025

While some individuals experience their work as meaningful, others, with the same job, do not. The purpose of this dissertation is to answer the following question: Why do different individuals, with the same job, view the meaningfulness of their work in conflicting ways? I draw on terror management theory and generativity theory to answer this question by testing the relationship between death awareness and meaningful work. The bulk of academic work concerning meaningful work focuses on its outcomes and few scholars have explained the antecedents of meaningful work. This study aims to extend empirical work of the relationship between death awareness and meaningful.
Preparing for Online Instruction: An Analysis of Teacher Professional Development during the COVID-19 Pandemic
Authors:   , Sanchez Mellissa Kay
Published: January 2025

Following school closures in the spring semester of 2020 due to the COVID-19 pandemic, school districts across the United States began making plans for a remote start to the 2020-2021 school year. In Texas, professional development plans were required by the Texas Education Agency for K-12 public school districts planning to provide online learning options for students. This study examined these professional development plans using directed qualitative content analysis methods to identify and categorize the learning experiences provided to educators in preparation for online instruction. The plans were coded in NVivo using etic codes based on relevant literature related to the TPACK framework, online teacher competencies, and standards for quality online teaching. Emic codes were created as needed during the iterative coding process. Data analysis revealed trends related to teacher training gaps, district priorities, target audiences, and the occurrence of professional development sessions. The study findings were discussed, and suggestions were made to inform the development and design of future professional development plans for online teachers at multiple levels. Recommendations for further research specific to in-service teacher professional development and preservice teacher preparation programs were offered.
Use of the Academic Services Experience Survey for Formative Assessment of the Service Quality of a New College Campus
Authors:   , West James Robert
Published: January 2025

Education and academic related services have become as important as manufacturing and, in some cases, even more important. Considering the importance of these services as it relates to manufacturing, a problem exists. Products such as education and academic services are far less specific in value when comparing with manufactured goods, even though their quality depends on resources which can be measured, such as funding. At the same time, we must be able to quantify them and compare their values with predetermined expected levels for each area of expertise, as well as with each other. The quality of the services provided, specifically academic services, is an intangible concept that can be assessed through various methods. This research study applies the Academic Services Experience Survey, a modified version of SERVQUAL, to solve a complex and multifaceted problem of assessing and improving the quality of academic services in higher education institutions.
Politics in Uniforms: Military Influence in Politics and Conflictual State Behavior
Authors:   , Kocaman Ibrahim
Published: January 2025

This dissertation examines how the state-building process relates to civil-military relations and how political influence of the military affects state's conflict behavior. By doing so, this study aims to introduce a nuanced consideration of the well-known civil-military problematique, which might be summarized as the threat the military can constitute to the polity that it is created to protect. I treat this paradox by addressing the following research questions: Why do some militaries have a qualitatively higher level of influence in politics than others? Second, how does the military's influence in politics affect a state's domestic conflict behavior? And third, how does it affect state's international conflict behavior? I develop a theory that when the military is heavily involved in the state-building process, it gains an unusual place within politics, gets itself imprinted in the DNA of the state, and gains undue political power. I name such militaries as state-builder militaries and argue that such states experience qualitatively different civil-military relations, in which the military acts as an extremely Praetorian institution. I argue that state-builder militaries would be able to insulate their political power from the democratization process that the country might experience and behave as persistent interveners in politics. I also argue that state-builder militaries would not want to retreat to their barracks as easily as predicted by the mainstream literature on military regimes. These arguments also contribute to the state-building scholarship. I present this theory by process-tracing the Turkish Military's longstanding political influence over the last 150 years. For my second and third research questions, I look at the price states pay when their militaries have undue influence on political decision-making. I argue that secessionist movements will be deterred from the military's political power and would refrain from engaging in violent secessionist strategies. I also contend that politically powerful militaries would be associated with a higher likelihood of interstate conflict initiation over territorial disputes. I find empirical support for these arguments by using large-N quantitative time-series cross-sectional research designs. The theory developed in this study regarding the impact of state-builder militaries on political development has important theoretical implications for the existing scholarship on civil-military relations, state-building, and democratization. Similarly, my findings regarding the relationship between political influence of the military and domestic and interstate conflict behavior of the state call for a nuanced consideration of the military-conflict nexus. The arguments developed in this study and its empirical findings also have policy implications regarding the political roles of the military, secessionist conflict, and interstate conflict over territorial disputes.
"Visceral Data"
Authors:   , DiFalco Elaine Celleste
Published: January 2025

Visceral Data is a short documentary formatted for 360-cinema (commonly referred to as virtual reality or VR) that explores the integration of art and science, and how aesthetically creative treatments of raw data are an engaging way to interpret complex information. With Roger Malina, executive editor of Leonardo, the world's foremost academic journal for the intersections of art, science, and technology, providing a narrative overview of the subject, six art-scientists/science-artists discuss specific pieces of their artistic output to provide examples. As Roger Malina asserts, civilization is "going through an epistemological revolution as deep as the Copernican Revolution," and as we progress further into the 21st century, we will need hybrid professionals working in the arts and sciences to help humanity navigate through the age of big data.
Computational Investigations of Catalytic Activity by Metal-Containing Complexes
Authors:   , Carter Carly Catherine
Published: January 2025

This dissertation delves into the catalytic activity of multiple metal-containing complexes with an emphasis on the activation of C–H bonds in small molecules and olefin oligomerization. The research contained in these works employs computational methodologies to better understand the thermodynamics and kinetics of the reactions. Computations can be used to quickly identify novel models and find ideal substitutions for improved catalyst design. Within this dissertation, multiple molecules of divalent and trivalent main group element-containing complexes as well as Group 13 dimetallene complexes were investigated with density functional theory (DFT) to identify their ability to activate C–H of hydrocarbons, including methane, by quantifying their thermodynamics and kinetics of reaction. With several substitutions to the base complex, improved catalysts were designed to decrease the energy barriers of the activations. Multiconfiguration self-consistent field methods were also employed to characterize the biradical character of these Group 13 compounds. Olefin oligomerization by zirconium boratabenzenes with various ancillary pendant groups was also investigated via DFT to identify the most ideal variations as well as the most likely reaction pathway.
Exploring Functional Interdependence of Mands, Tacts, and Intraverbals after Brain Injury
Authors:   , Baltazar-Mars Marla
Published: January 2025

One goal of this study was to evaluate the emergence of mands and intraverbals following tact acquisition for individuals with aphasia due to acquired brain injury. A second goal was to evaluate the transfer of shortened latencies as a function of tact training across untrained operants. In Study 1, the dependent measure was accuracy of responding and in Study 2, the dependent measures were rate and latency of responding. Participants for Study 1 were two uninjured adults (pilot) and two adults with brain injury (ABI). Both sets of participants were directly taught to tact up to 6 stimuli. Once tacts were acquired, the response forms were assessed under mand and intraverbal conditions. All pilot participants and one ABI participant showed mand transfer for all stimuli. Tact to intraverbal transfer varied across participants. One adult with brain injury served as a participant for Study 2. Fluency training was used to teach tacts for 15 stimuli. Response latencies were gathered for all operants before and after training. The participant met the designated aim (rate of responding) and showed a decrease in latencies for tacts and untrained intraverbals. Changes in mand latencies varied. Fluency gains showed partial retention. Results from Study 1 provide further evidence for interdependence across operants during rehabilitative training. Results from Study 2 provide preliminary support for the utility of fluency training for verbal behavior after brain injury. Future research should explore the components of fluency training and their effects on the verbal behavior of individuals with ABI.
"Songs from Vessels" for Ensemble and Live Electronics and Vessels: A Virtual Reality Micro-Opera
Authors:   , Poovey Christopher
Published: January 2025

Starting in the mid-2010s VR's high cost of entry became low enough for consumers and artists to explore and experiment with the technology. There have been a few VR operas developed by medium to large sized teams such as Michel Van Der Aa's Eight (2018) and Alexander Schubert's ⁂ASTERISM⁂ (2021), but no widespread work has been produced by a small team comprising only a librettist and composer. Vessels engages in this process with a libretto written by Bea Goodwin and music, audio processing, visual design, and programming by Christopher Poovey. The first step in the process of creating Vessels was the creation of the song cycle Songs from Vessels for soprano, extended tenor, flute, bass flute, A clarinet, viola, contrabass, percussion, and live electronics. These songs are the basis of the micro-opera Vessels which presents recordings of the songs with live processing alongside two songs exclusive to the opera in a VR environment with immersive projections and audio. The development of an ensemble and electronic work along with a VR micro-opera necessitates the implementation and creation of software. Both the Grainflow and cpDelayNetworks packages for Cycling ‘74 Max are pivotal to audio processing in both versions of the work. In addition to these packages and other programming done in Max, the VR opera version of the work relies on custom scripts and implementations of tools for VR interaction, networking, spatial audio, and procedural animations to create an immersive environment to be shared between a VR participant and their audience.
Processing-Structure Relationships of Reactive Spark Plasma Sintered Diamond Composites
Authors:   , Garcia Christian
Published: January 2025

Traditional lightweight armor ceramics such as boron carbide (B4C) and silicon carbide (SiC) are used alone or together in varying amounts to create monolithic protective plates. These materials exhibit relatively small differences in hardness, flexure strength, and fracture toughness. Many of the routes taken during the synthesis of the powder and sintering of the plates using traditional ceramic processing techniques have long processing times, tend to leave asperities within the microstructure, and have unwanted secondary phases that lower the performance of these materials. In lieu of the incremental changes in the above properties, it is thought that adding diamond particulates to the ceramic matrix will dramatically improve the mechanical properties and overall performance. With the reduced cost of synthetic diamond and the commercial development of more rapid spark plasma sintering (SPS), this work develops a novel reactive SPS process to fabricate near fully dense SiC-TiC-diamond composites at various processing temperatures with minimal graphitization and full adhesion to the ceramic matrix. It was found that samples with up to ~97% theoretical density can be fabricated with no quantifiable graphite content within the characterization ability using advanced X-ray diffraction and microscopy techniques.