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Unconventionality In Liah Greenfeld's Thought, Francesco Duina

Comparative Civilizations Review

As certainly all of her readers recognize and many of the contributions to this special issue will point out, Liah Greenfeld’s writings covered an almost unparalleled breadth of themes and empirical levels ⎯ from the very macro to the very micro. Hence, she produced seminal contributions to the study of empires, globalization, states in history, nationalism, economic systems, the arts, religions, groups and organizations, terrorism, animals and humans, the social sciences, science in general, mental illnesses, and the mind. Most recently, she had turned her attention to civilizations (Greenfeld, 2016, 2025). The rigor of her writing was equally impressive: it …

Listening, Stepping, Screaming: Feminist Interpretations Of Yoko Ono’S Art, Cordelia Lavender Mcphie

AWE (A Woman’s Experience)

Long before she spent her time promoting peace through music and her infamous bed-in honeymoon, Yoko Ono was breaking traditional conventions of art by creating and performing her pieces of instruction: art that requires a participating audience in order for it to be made. At the beginning of the 1960s, early in Ono’s art career and before her association with the Beatles, she was participating in new kinds of conceptual and communal art processes within (and without) the Fluxus art movement.1 She is not a solo artist in the traditional sense, because her artwork is unable to be fully realized …

Full Issue

Comparative Civilizations Review

No abstract provided.

Artificial Intelligence And Technology - Joni Full Issue July 2026, Angie Holzer

Journal of Nonprofit Innovation

No abstract provided.

Belonging's Influence On Volunteer Motivation In Faith-Based Nonprofit Organizations: An Interpretative Phenomenological Analysis, Adam Stockton

Journal of Nonprofit Innovation

Nonprofit organizations often overlook psychological belonging as a driver of volunteer retention and recruitment (Hurt, 2025; Mochin, 2022). The purpose of this qualitative Interpretative Phenomenological Analysis (IPA) study was to explore how a sense of belonging influenced the intrinsic motivation of nine adults volunteering with a faith-based nonprofit organization in the southern United States. Data were collected through semi-structured interviews and analyzed using IPA best practices to identify themes from participants' experiences. The study was grounded in Maslow's Hierarchy of Needs, self-determination theory, and organizational identification theory—frameworks that describe how individuals connect personal values and identity to the values and …

Exploring The Relations Between Sleep And Mental Health Through The Constructs Of Sleep Health, Psychological Well-Being, Depression, And Anxiety, Taylor G. Wandtke

Undergraduate Honors Theses

Sleep and Mental Health have a variety of definitions and underlying constructs, as well as questionnaires to measure them. This study analyzed sleep and mental health constructs using a variety of questionnaires to examine how they may influence one another, providing valuable insight into the utility of both newly developed and established measures. With an analysis sample of N = 27, this study assessed the reliability of the novel Sleep Health Item Bank (SHIB) across its 14 dimensions and its correlations among psychological well-being, depression, and anxiety scores. Psychological well-being (PWB) was assessed by Ryff’s (1995) 18-item scale, and depression …

Summary & Discussion On United Nations Preliminary Report On Ai: Benefits And Harms Of Artificial Intelligence For Civil Society, Angie Holzer

Journal of Nonprofit Innovation

In July 2026, the United Nations' newly formed Independent International Scientific Panel on Artificial Intelligence released its first Preliminary Report, offering the first global, scientific assessment of AI's capabilities, risks, and impacts. This article examines the report's findings through the lens of civil society, organizing the Panel's evidence around three questions of direct relevance to nonprofit leaders and researchers: how rapidly AI capability is advancing, who controls its development, and where its benefits and harms are concentrated. Drawing on the Panel's data across societal applications, economic implications, human rights and information integrity, cultural flourishing and child safety, and AI governance, …

From Anaerobic Digesters To The Human Gut: Ecological Responses Of Microbiomes To Environmental And Biological Perturbations, Maliea Annholden Nipko

Theses and Dissertations

Microbial communities regulate essential ecological and metabolic processes across both engineered and host-associated ecosystems. Although these systems differ substantially in composition and function, they are governed by common ecological principles including community succession, resilience, species interactions, and responses to environmental and biological perturbations. This dissertation investigates how perturbations influence microbiome structure, function, and stability through three complementary studies spanning anaerobic digestion and the human gut microbiome. First, the effects of an extremophilic biological pretreatment using Caldicellulosiruptor bescii were evaluated in industrial-scale anaerobic digesters treating dairy manure. High- temperature pretreatment substantially altered microbial community composition, with bacterial populations remaining metabolically active …

Temporal Dynamics Of Sleep Value: How Momentary States And Individual Differences Shape The Valuation Of Sleep, Brandon Pattillo

Undergraduate Honors Theses

Objectives Sleep value is the relative worth individuals place on sleep. Although previous work has validated trait-level measures of sleep value, little is known about the valuation process that determines sleep’s value over time. This study examined hourly fluctuations in sleep value and identified predictors of these changes.

Methods Ninety undergraduates completed baseline questionnaires assessing demographic, sleep, and health variables, including the Pittsburgh Sleep Quality Index (PSQI), Values Inventory (VI), and Monetary Sleep Value Questionnaire (MSVQ). Participants completed hourly 24-hour surveys assessing activity, activity value/pleasure, sleepiness, sleep ability, sleep/wake desires and intentions, and willingness-to-pay (WTP) for sleep. Confirmatory factor analyses …

Biomechanical And Talar Cartilage Responses To Running In Individuals With Chronic Ankle Instability, Minsub Oh

Theses and Dissertations

Context: Chronic ankle instability (CAI) has shown altered movement patterns and joint loading, which increase the risk of posttraumatic ankle osteoarthritis. Abnormal vertical ground reaction force (vGRF) during running may contribute to talar cartilage degeneration; however, the acute biomechanical and cartilage responses to running in individuals with CAI remain unclear. Purpose: The purpose of this study was to compare running biomechanics and changes in talar cartilage thickness and T2 relaxation times before and after running between individuals with CAI and healthy controls. Methods: Twenty individuals with CAI and 20 healthy controls completed running biomechanics and magnetic resonance imaging (MRI) sessions. …

“No Hen Should Herald The Dawn Lest Misfortune Follow”: Gender, History, And Power Sima Guang’S Comprehensive Mirror, Zoe Ngan

The Thetean: A Student Journal for Scholarly Historical Writing

It was not a particularly notable occasion when Emperor Gaozong 高宗 of the Tang dynasty (AD 618–907) established Wu Zetian 武則天 as a mid-ranked concubine in 654. Emperors, throughout Chinese history, were polygamous rulers who acquired no shortage of concubines per the Rites of Zhou 周禮, an ancient ritual text which proposed that rulers obtain 121 wives and consorts. Wu’s nomination signified the unpredictability of imperial favour and almost certainly did not turn heads when her appointment occurred.

Instructional Slides From Molten Salt Electrochemistry Symposium (Moses) 2026, Devin Rappleye, Carlos Mejia, Alex Peroff

Faculty Publications

This instructional slide set was developed for the 2026 Molten Salt Electrochemistry Symposium (MoSES) as an introduction and review of fundamental electrochemical concepts and methods used in molten salt systems. The material is intended for students, researchers, and practitioners seeking to better understand and interpret electrochemical measurements in high-temperature molten salts.

Topics include electrochemical thermodynamics, kinetics, mass transfer, electrode potentials, cyclic voltammetry, chronopotentiometry, chronoamperometry, square-wave voltammetry, electrochemical impedance spectroscopy (EIS), and common approaches for analyzing electrochemical data. Emphasis is placed on building physical intuition, understanding underlying assumptions, recognizing common experimental artifacts, and connecting electrochemical signals to real chemical and transport …

Blended Learning Development In Mongolian K-12 Education: A Systematic Review And Psychometric Study Of Teacher Readiness, Batbold Bukhchuluun

Theses and Dissertations

This dissertation examines blended learning (BL) in Asian K-12 education through a systematic review and an empirical validation study in Mongolia. The first study reviews peer-reviewed K-12 BL research published between 2000 and 2024 using PRISMA procedures. We analyzed 42 studies to identify publication trends, geographic representation, BL model adoption, articulation of physical and pedagogical design layers, implementation challenges, and reported outcomes. Findings indicate that BL research is concentrated in a limited number of countries, frequently employs flipped learning models, and often lacks detailed pedagogical specification. Common challenges include infrastructure limitations, teacher preparedness, and institutional support. The second study adapts …

Transcriptomic And Genomic Insights Into Nutrient Stress Responses And Subgenome Evolution In Chenopodium, Ashley Kathleen Marcheschi

Theses and Dissertations

Chenopodium is a diverse genus of nutritionally and ecologically important species in the Amaranthaceae family. This thesis investigates two outstanding questions in the genus: how Chenopodium quinoa responds transcriptionally to nutrient deficiency and how Australian Chenopodium species are related through their subgenomic ancestry and evolutionary history. First, we characterized transcriptomic responses of C. quinoa to deficiencies of twelve essential macro- and micronutrients across leaf and root tissues using RNA sequencing. Leaves showed the strongest responses under nitrogen, potassium, magnesium, and zinc deficiency, while roots responded more evenly across conditions. Recurring responses included suppression of photosynthesis, remodeling of translational machinery, reactive …

Developing An Understanding Of Concavity Built On Covariation, Jade E. Gregg

Theses and Dissertations

This study investigated how six students developed a quantitative understanding of concavity founded in covariational reasoning through a series of task-based teaching interviews. A key finding was the importance of multivariational reasoning--the coordination of more than two variables--in helping students reason deeply about concavity in context. Common difficulties, including confusion about negative rates and overreliance on visual representations, served as productive opportunities for learning when addressed through carefully designed tasks and discussions. The findings extend existing frameworks of covariational reasoning and highlight instructional approaches that can support students in developing a robust, quantity-based understanding of concavity.

Science, Uncertainty, And Stewardship: Climate Change Viewpoints In Higher Education, Jamie Jensen, Isaiah Aduse-Poku

ScholarsArchive Data

This dataset supports a Q-methodology study of climate change viewpoints among undergraduate students at Brigham Young University. Participants were recruited from an introductory non-majors biology course during Fall 2025. The study examined how students organized climate-change views across scientific evidence, human causation, uncertainty, political beliefs, religious stewardship, moral responsibility, perceived agency, climate policy, and future risks.

Repetition As Ritual Structure: Sound, Movement, And Electrodermal Activity In A Hmong Shaman Ceremony, Maile Williams

Theses and Dissertations

This thesis examines the relationship between repetitive sound, physiological arousal, and embodied participation in a Hmong shamanic ritual. Drawing on scholarship about music, trance, absorption, repetition, and Hmong ritual journeying and communication, I consider how sonic layers such as chant, rattle and gong help structure ritual time and sustain the shaman's altered state. The project uses electrodermal activity (EDA) data from wearable sensors, video and audio recordings, and my own event coding of sonic and physical activity during a selected 30-minute section of a recorded Hmong shaman ceremony. By aligning EDA data with a timeline of chanting, rattling, gong playing, …

The Open Wiki Of Electrochemical Methods (Owem): A Community-Driven Educational Resource, Anderson Fuller, Devin Rappleye

Reviews, Analyses, and Instructional Studies in Electrochemistry (RAISE)

The traditional resources for learning electrochemical methods—textbooks, academic literature, and university coursework—remain essential but are limited in accessibility, update frequency, and practical usability. This paper introduces the Open Wiki of Electrochemical Methods (OWEM), an open-access, community-driven platform designed to complement these resources. OWEM organizes content into equations, definitions, methods, tutorials, and supplementary articles, with a heavy emphasis on experimental relevance. A case study on cyclic voltammetry demonstrates how OWEM consolidates foundational theory, lesser-known results, and practical guidance within a continuously maintainable framework to benefit the broader electrochemistry community.

Friction Stir Processing Of Cobalt-Chromium-Molybdenum For Improvements In Biomedical Applications, Kaleb Kiyoshi Bates

Theses and Dissertations

Friction Stir Processing (FSP) has been investigated as a means of microstructural modification aimed at improving mechanical properties such as corrosion resistance and wear resistance of biomedical-grade cobalt-chromium-molybdenum (CoCrMo) alloy. FSP was successfully completed on high-carbon ASTM F1537 CoCrMo plates with operating temperatures ranging from 630°C to 850°C by adjusting spindle speed, traverse speed, and forge force. Hardness, wear resistance, and corrosion resistance testing were performed, along with Electron Backscatter Diffraction (EBSD) to analyze grain refinement and phase structure. FSP produced grain refinement up to 97% relative to the untreated baseline across the investigated temperature range, with lower processing temperatures …

Receiving Isaac Again: Joy And Return To The Finite In Fear And Trembling, Jeffrey M. Matheson

Theses and Dissertations

This thesis argues that joy is a constitutive but underexamined feature of faith in Søren Kierkegaard’s Fear and Trembling. While the text is often interpreted through sacrifice, silence, dread, paradox, and the teleological suspension of the ethical, these categories do not exhaust Johannes de Silentio’s account of Abraham. By foregrounding Abraham’s joy, this thesis shows that faith is not merely the willingness to surrender the finite, but the capacity to receive the finite again after it has been given up. Isaac is not only Abraham’s beloved son, but the child of promise, the visible form of God’s covenant, and the …

A Mathematical Model Of The Interactions Between A Collagen Lattice, Fibroblasts, And Fixed Surfaces With Varying Topographies, Mary Jenkins

Theses and Dissertations

Collagen is an important structural protein in the body, which plays a role in wound healing, particularly the contraction process. Collagen lattices have been studied for nearly 50 years to provide insight into wound contraction. In some cases, collagen interacts with surfaces that have fixed shapes, such as medical implants. Our model focuses on the interactions of a collagen lattice with such a fixed surface. We mathematically model a collagen lattice as a network of nodes connected by springs. We also model fixed surfaces that have various topographies. Our model includes fibroblast cells that connect to both surfaces and remodel …

Navigating The Cocoon: An Interpretative Phenomenological Analysis Of Mothers’ Experiences Of Seeking Diagnosis And Services For Children With Disabilities In Insular Rural American Samoa, Elizabeth Cutrer, Ocean K. Akau, Lorena Seu, Isabel Medina Hull, G. E. Kawika Allen, Ofa H. Kanuch, Cameron W. H. Hee, Melia Fonoimoana Garrett

Faculty Publications

This study examines how mothers raising children with disabilities in American Samoa experience the processes of seeking diagnosis, navigating special education, and advocating for services within an insular rural context. American Samoa, an unincorporated U.S. territory located 2600 miles from Hawaiʻi with a population under 50,000, represents a case of what we term insular rurality—a condition in which the structural disadvantages of rurality are intensified by oceanic isolation, territorial governance, and colonial history. Data were collected through three focus groups with fifteen mothers whose children hold a range of disability diagnoses, with a card sort activity at the outset of …

Humans Rule? Development Of Stewardship Mindsets Among Religious Undergraduates, Jamie Jensen, J Robert Nielson

ScholarsArchive Data

Two cohorts of students enrolled in a non-major introductory biology course were surveyed in 2020 and 2025 using the Revised New Ecological Paradigm (R-NEP) instrument. Open-ended student responses concerning their definition of ‘rule’ as a human prerogative were also analyzed using qualitative coding.

Advancing Data Usability, Activity Modeling, And Stability Optimization In Computational Enzyme Design, Spencer Gardiner

Theses and Dissertations

A grand challenge of computational biology is to computationally design, in a single pass, a protein sequence that catalyzes an arbitrary chemical reaction at a high rate under specified conditions [1]. This work details advances in three essential areas on the path to that goal: data quality, activity prediction and modeling, and stability optimization. The structure and implementation of the Allotrope Simple Model (a FAIR data format for many scientific instruments) was examined in [2], setting the stage for training deep learning models on high-quality experimental datasets from diverse sources. In [3], the limits of physics-based and deep learning tools …

Maternal Perspectives On Support Needs: Insights From The Fonofale Model, Sara Lani Ditto

Theses and Dissertations

This interpretative phenomenological analysis (IPA) explored the lived experiences of parents raising children with disabilities in American Samoa. Five participants across two focus groups shared their perspectives on navigating educational, healthcare, and community systems while supporting their children with disabilities. Using the fonofale model as a cultural framework, the study incorporated culturally responsive methodology including card sort activities to facilitate dialogue on potentially sensitive topics. Analysis followed the Nizza et al. (2021) IPA approach, progressing from exploratory notes to experiential statements, clustered themes, and finally overarching themes. Findings revealed four major themes: systemic burden on parents, structural and service gaps, …

I Will Defend My Self, Emily Ward Hawkins

Theses and Dissertations

This thesis examines caregiving and motherhood as forms of load-bearing infrastructure. Cultural narratives often portray motherhood through sentimental images of joy, tenderness, and devotion, obscuring the structural labor that sustains family life. This project examines maternal labor as a largely unseen system of support that organizes family life while often remaining backgrounded. Caregiving reorganizes time, space, ambition, embodiment, and future orientation within maternal life. Through sculptural works using architectural materials and construction systems, such as oriented strand board, blueprint racks, metal armatures, and graph paper, the project visualizes caregiving as a structural condition. These materials reference the language of architecture …

Practical Implementation Of Ethnomathematics To Increase The Engagement, Math Self-Efficacy, And Hawaiian Cultural Identity Of HawaiʻI Algebra 2 Students, Kamalani George Mamatuki Kaluhiokalani

Theses and Dissertations

The underrepresentation of Hawaiian cultural practices in mathematics education has contributed to a disconnect between students' cultural identities and their academic experiences, resulting in diminished engagement among Native Hawaiian learners. This design-based research examines the integration of ethnomathematics into high school mathematics curricula, with a focus on Hawaiian cultural practices as frameworks for teaching mathematical concepts. Participants include approximately 100 students in Hawaiʻi from a public school and a private school, as well as two mathematics teachers with varying degrees of experience in culturally responsive pedagogy and ethnomathematics. Employing a mixed-methods approach, the study collects data through classroom observations, teacher …

Calibration And Validation Of An Ogden Material Model For Thermoplastic Polyurethane In 3d-Printed Tensegrity Structures, Caleb C. Swain

Theses and Dissertations

This work is motivated by ongoing efforts within the Smart Materials, Adaptronics, and Shock Laboratory (SMASH Lab) at Brigham Young University (BYU) to develop variable-stiffness, external fixators using 3D-printed tensegrity structures. In the process of designing and evaluating these systems, the need arose to accurately model the nonlinear mechanical behavior of thermoplastic polyurethane (TPU), the primary material used in prototype fabrication. This thesis investigates how accurately a calibrated Ogden material model can predict the nonlinear mechanical response of TPU in 3D-printed tensegrity structures. Experimental data were used to calibrate the parameters of the hyperelastic constitutive model through nonlinear optimization. An …

Effects Of A Peer Mentoring Program For Adolescent Newcomers On Feelings Of Peer Connectedness And School Belonging, Eden Elizabeth Moon Barnhill

Theses and Dissertations

There is a significant lack of empirical evidence regarding the effectiveness of peer mentoring to support newcomer students, particularly for refugee populations. This study evaluated the effects of a peer mentor program for newcomer students on their feelings of peer connectedness and school belonging in a high school setting. Participants were made up of 15 newcomer student mentees across three high schools. Measures were administered pre- and post-intervention, and participants were also interviewed about their experience. Results indicated no quantitative findings of significance but did yield a small positive effect size for peer connectedness. According to qualitative data, many participants …

Hierarchical Parcel Swapping: A Novel Model In Turbulence, Masoomeh Behrang

Theses and Dissertations

Turbulent mixing plays a central role in a wide range of engineering and natural systems, particularly in reactive flows where turbulence--chemistry interactions strongly influence reaction rates, flame structure, and emissions. Accurately modeling these interactions remains a major challenge due to the multiscale and stochastic nature of turbulence, as well as the nonlinear coupling between transport and chemical kinetics. This dissertation develops and evaluates the Hierarchical Parcel Swapping (HiPS) model, a fully stochastic framework designed to represent turbulence-driven transport and scalar mixing without relying on traditional gradient-based closures. HiPS is investigated both as a standalone turbulence model and as a subgrid …