Digital Commons Network^™

Ai Adoption In Research Administration At Emerging Research Institutions, Dylan Ruediger, Ruby Macdougall, Stefanie Brachfield, Douglas R. Dechow, Jonathan Parker, Jana Remy

Library Articles and Research

"With funding from the National Science Foundation’s GRANTED program (grant #2437518), Ithaka S+R, Chapman University, and Montclair State University organized two workshops to help research administrators consider how to leverage AI to build research capacity at ERIs. Our first workshop, held at Montclair State in September 2025, brought together 31 participants from 13 academic and medical institutions in the New York/New Jersey/Pennsylvania region. Our second workshop, hosted by Chapman University on December 5, 2025, included 32 participants from 13 colleges and universities in Southern California. The approximately 2,600 ERIs in the United States receive a disproportionately small amount of federal …

Energy Storage From A Wind, Tidal, And Wave Farm Via Hydrogen, Jessica Guichard, Deborah Greaves, Robert Rawlinson-Smith, Danny Coles

School of Engineering, Computing and Mathematics

As renewable energy penetration increases, energy storage becomes essential. Hydrogen offers a viable option for seasonal storage, with reversible solid oxide cells enabling both hydrogen production via electrolysis and electricity generation from stored hydrogen in fuel cell mode. We investigate a cost-optimized, self-sufficient island grid near Ramsey Sound and the Celtic Sea—conceptualized as a localized grid without external power exchange. The grid aims to meet an annual energy demand (AED) of 807 GWh, equivalent to the annual energy production (AEP) of tidal energy in Ramsey Sound, using electricity from offshore renewable energy (ORE) farms and stored hydrogen. A model using …

Give April 2-3 And Support Uab's Community Programs, Shannon Thomason

Browse All News

No abstract provided.

Asymmetric Airfoil Selection For A Small-Scale Vertical Axis Wind Turbine: A Numerical Study, Babak Ranjbaran, Yonatan Afework Tesfahunegn, Raul Bayoan Cal, Ármann Gylfason

Mechanical and Materials Engineering Faculty Publications and Presentations

Vertical-axis wind turbine (VAWT) efficiency depends mainly on the aerodynamic properties of the airfoils used in their blades. During each rotation of the turbine, the blade experiences a range of angles of attack (AOAs) with respect to the relative wind, resulting in a variation of its contribution to the overall performance of the turbine. This paper leverages the capabilities of XFoil for preliminary performance analysis and ANSYS Fluent for detailed Computational Fluid Dynamics (CFD) simulations. The initial selection of airfoils is based on geometric characteristics and their potential for high tangential force coefficients. The asymmetric airfoils were selected by maximizing …

Artificial Intelligence And Music Creativity: The Human Element And An Exploration Of Possibilities, Benjamin J. Guerrero, Raffaella Borasi, David Miller, Blaire Koerner, Zenon Borys, Yu Jung Han, Rachel Roberts

Journal of the Association for Technology in Music Instruction

Artificial Intelligence (AI) is widely recognized as a potential game-changer for music-making. However, the direction of these changes and the extent of their impact on the music field will depend on how musicians use AI, which partly hinges on their perceptions of AI and their willingness to engage with it. Debates are ongoing about AI’s impact on creative fields, and we anticipate that musicians’ views on these matters will significantly influence their readiness to incorporate AI into their work. We interviewed 43 participants who use technology in various roles across different music genres to gain insight into their experiences with …

The Core-Modulation Architecture (Cma): A Structural Overview Of A 14-Paper Research Program (Preprint), Griselda Poe

Publications and Research

This document provides a structural overview of the Core-Modulation Architecture (CMA), a 14-paper research program on cognition, communication, and AI interaction.

The series specifies the conditions under which cognition operates, terminates, fails, and generates structure. Rather than describing cognition by its contents (beliefs, emotions, decisions), it defines cognition through its underlying architecture: constraint-governed processing across layers with distinct termination conditions.

The framework introduces a layered model consisting of Core processing (constraint preservation and structural coherence) and Modulation (affective calibration and social interface adjustment), extended by a Prior layer as the source of constraints. Across the series, phenomena such as miscommunication, …

Intrusion Detection Latency: The Neglected Metric, Sandhyarani Dash, John M. Acken

Electrical and Computer Engineering Faculty Publications and Presentations

Accuracy remains the dominant evaluation metric in Intrusion Detection System (IDS) research, yet an IDS that detects attacks too late is functionally equivalent to one that fails—particularly in Internet of Things (IoT) environments. In operational settings, the timing of detection shapes both the scope of adversarial activity and the feasibility of effective response. To the best of our knowledge, latency (the speed at which intrusions are identified) has received no systematic attention. Our analysis of published IDS papers reveals that latency is defined inconsistently—often referring to inference, communication, computation time, or combinations of these-leading to incomparable performance claims. To close …

Humin-Based Bioadhesives For Manufacturing Particleboard Panels, Papiya Bhowmik, Reza Hosseinpourpia

Michigan Tech Publications

This study focused on a novel approach to combine humin, derived from fructose-based biorefinery processes, with two-dimensional graphene nanoparticles and glyoxal, a bio-based crosslinker, to formulate functional bioadhesives for manufacturing particleboards. Five different single-layer 8 mm particleboard panels were prepared using the developed humin-based adhesive formulas with and without graphene and tested by means of their mechanical properties and thickness swelling in accordance with the EN 310 and EN 319standards. The results were compared with panels bonded with commercial melamine-urea-formaldehyde (MUF), showing that the mechanical properties of particleboards bonded with humin reinforced with graphene nanoparticles were almost comparable to those …

Nano Zinc Oxide Against Bacteria Isolated From Burn Infection, Mohammed Jaafar Al-Anssari, Mohammed Sahib Al-Hamami, Hayder Razzaq Al-Ameedee, Rabab Abdul Razzaq Kasema, Hawraa Majid Mahdi

Al-Bahir

Pseudomonas aeruginosa is a type of bacteria that is found commonly in the environment, like in soil and in water. This bacteria can cause infections in the blood, lungs (pneumonia), or other parts of the body after surgery. These bacteria are constantly finding new ways to avoid the effects of the antibiotics used to treat the infections they cause. Zinc oxide nanoparticles' (ZnO-NPs') or Nano zinc oxide antibacterial properties have drawn a lot of attention from around the world, especially since nanotechnology has been used to create particles in the nanometer range. Because of their larger specific surface area and …

Analyzing The Physical Mechanisms Of Aerodynamic Damping In Wind Turbine Blade Vibrations Via Numerical Simulation, North Yates

Michigan Tech Publications

Since the inception of utility-scale wind turbines, there has been a continual increase in the size of the devices used. One drawback of turbine size increase is that the weight of the rotor blades has grown dramatically. Technological advancements have allowed for the creation of light blades to overcome this issue. These lighter rotors are also less stiff than their predecessors and prone to experiencing aeroelastic vibrations that can lead to fatigue damage. Aerodynamic damping occurring during blade vibration has the potential to mitigate those oscillations; thus, understanding its underlying physics provides an extremely useful tool for future blade design. …

“Always Having To Dampen And Dilute My Essence In Order To Fit”: Intersectional Experiences Of Queer Scholars Of Color In Stem And Stem Education, Nuria Jaumot-Pascual, Lisette Torres-Gerald, Maria Ong

The Qualitative Report

This article examines the intersectional experiences of queer scholars of color in STEM and STEM education. Using arts-informed research methods, we conducted and analyzed five interviews and a focus group transcript that focused on the support and hurdles that five participants encountered and the strategies they utilized to navigate their work in STEM and STEM education. We identified that, against the backdrop of prevailing heteronormativity and normative whiteness in STEM, participants compartmentalized their STEM and social identities, felt compelled to negotiate the risks of coming out, and assumed the double burden and invisible work of students who were queer and/or …

Geospatial Analysis Of Primary Healthcare Accessibility And Qualitative Assessment Of Affordability In Rural Communities Of Twifo Ati-Morkwaa District, Ghana, Peter Ansah Boakye, Daniel Buor, Francis Tei-Nartey

Michigan Tech Publications

Regardless of the efforts of the government and the private sector to improve health facilities in Ghana, a significant number of rural communities still experience inadequate access to primary healthcare. This study used the mixed-methods approach to provide an overview of the geographic distribution of healthcare facilities and the accessibility and affordability of primary healthcare within the Twifo Ati-Morkwaa District. Accessibility was assessed using Euclidean buffer analysis around primary healthcare facilities, while affordability was examined qualitatively using in-depth interviews and focus group discussions with community members, community leaders and health workers. Focus group discussions and interviews were conducted using the …

Assessment Of Fecal Indicator Bacteria And Vendors' Handling Practices For Safety Of Salads And Raw Leafy Vegetables In Dar Es Salaam, Tanzania, Gloria B. Mrisho, Thomas J. Lyimo, Godwill D. Mrema

Tanzania Journal of Science

Fresh leafy vegetables have gained popularity in Tanzanian cities due to their nutritional benefits and increased promotion by health practitioners. Assessment of their microbiological quality and safety is essential for determination of associated health risks. This study enumerated Fecal Indicator Bacteria (FIB) for determination of microbiological quality and safety of fresh leafy vegetable salads sold by street vendors and raw leafy vegetables obtained from Sinza market in Dar es Salaam. Handling practices, awareness and consumer satisfaction on the safety of leafy vegetable salads was also assessed among salad street vendors and consumers. Samples were collected from four stations and analyzed …

Axial Sulfur-Coordination Engineering Boosting Fe–N–C Catalysts For High-Performance Proton Exchange Membrane Fuel Cells, Lin Lin, Xiu-Xuan Hou, Zhe-Chen Fan, Yi-Xuan Yin, Wei-Yi Zhao, Kai Wei, Yu-Die Zhou, Li-Na Hou, Ying Wang, Hao Wan, Jun-Jie Ge

Journal of Electrochemistry

Fe-N-C catalysts have long suffered from kinetically sluggish oxygen reduction reaction (ORR) due to excessive adsorption strength toward oxygen intermediates and low site utilization. Heteroatom doping effectively accelerates ORR reaction kinetics through electronic structure modulation of metal sites for optimal intermediate adsorption, while chemical vapor deposition (CVD) enhances the turnover frequency (TOF) of active sites. Herein, we developed an FeSNC catalyst featuring abundant FeS₁N₄ sites via a dual-precursor CVD strategy. Experimental and theoretical analyses revealed that S incorporation disrupts the symmetric coordination of active sites, which optimizes OH* adsorption energies from 0.212 eV to 1.194 eV. Moreover, …

Deciphering The Role Of Binder Reaction Exothermicity In Thermal Runaway Of Lithium-Ion Cells, Wen Wen, Jing-Hong Zhou, Hao-Tian Lu, Xing-Gui Zhou

Journal of Electrochemistry

Thermal safety associated with lithium-ion cells as power sources remains a critical industry concern. A comprehensive understanding of how internal exothermic side reactions contribute to temperature rise is fundamental for accurately analyzing thermal runaway processes and predicting the thermal safety of lithium-ion cells. While various side-reactions, such as decomposition of solid electrolyte interphase layer, reaction between anode materials and electrolyte, reaction between cathode materials and electrolyte, and electrolyte decomposition, have been identified as heat generation sources in previous studies, the quantification of these reactions remains insufficiently standardized. Particularly, the impact of heat generation from binder decomposition (most commonly polyvinylidene difluoride) …

Constraint, Necessity, And God Beyond Structure: A Structural Account Of Suffering Under Three-Layer Cognitive Architecture, Griselda Poe

Publications and Research

The question of why humans suffer, if God exists, has persisted across philosophical and theological traditions without resolution. This paper does not approach the problem as one of justification. Instead, it specifies the structural conditions under which suffering arises. The analysis adopts a three-layer model of cognition consisting of a Prior layer, a Core processing layer, and a Modulation layer. The Prior layer supplies constraints that initiate processing but remain inaccessible to it. Under these constraints, cognition begins in a non-neutral state in which one layer is initially foregrounded. When Modulation-layer processing is foregrounded, the condition of translation demands continuation. …

Entropy Of Metal/Solution Interfaces: Thermodynamic Framework, Theoretical Models, And Roles Of Interfacial Water, Zeng-Ming Zhang, Zi-Xi Liang, Jun Huang

Journal of Electrochemistry

Entropy is a basic thermodynamic property of the electrical double layer (EDL) at metal/solution interfaces, yet, its definition, measurement, and theoretical treatment are dispersed in the literature, and, in some cases, ambiguous. In this paper, we revisit the thermodynamic theory of EDL, from which two variants of entropy, excess entropy and formation entropy, are obtained and compared. In terms of the formation entropy, two calculation routes are validated in the context of a primitive EDL model, namely, the Gouy-Chapman (GC) model. After clarifying the concepts and calculation routes, we investigate interfacial water effects on the EDL entropy, using a refined …

Flaked Paraffin Wax-Based Thermally Enhanced Composite Phase Change Materials: Toward A Highly Efficient Thermally Responsive Temperature-Regulating Asphalt Pavement, Feng Ma, Meng Pang, Zhen Fu, Xinye Jiang, Qiang An, Yingjie Hou, Wenhao Dong, Jenny Liu, Jiasheng Dai

Civil, Architectural and Environmental Engineering Faculty Research & Creative Works

To mitigate high-temperature distress in asphalt pavements and enhance thermal regulation, flaked paraffin wax (FPW) was selected as the PCM and incorporated into asphalt. To prevent leakage, FPW was microencapsulated (FPW-MPCM). To boost thermal conductivity, FPW-MPCM was combined with expanded graphite (EG) via two methods: One method involves using EG as an adsorption carrier to prepare EG-adsorbed FPW phase change microcapsules (FPW-MPCM-EG); the other method uses EG as the core material to prepare FPW/EG graphite phase change microcapsules (FPW/EG-MPCM). These four PCMs were added to asphalt at 3 %, 6 %, 9 %, and 12 % (wt.%) to prepare phase-change …

Fabrication And Analysis Of Bi₂O₃/Si Heterojunction For Solar Cell Applications, Maher Khaleel Ibrahim, Assel Mustafa Abdul Majeed, Randa Kamel Husain, Jamal M. Rzaij

Al-Bahir

Bismuth oxide (Bi₂O₃) nanoparticles were synthesized via a green route and integrated into Bi₂O₃/Si heterojunction solar cells. Structural analysis confirmed the monoclinic α-Bi₂O₃ phase with a nanoscale crystallite size, while SEM revealed a uniform morphology. Optical studies showed a direct band gap suitable for absorbing visible light. Photoluminescence spectra exhibited dual emissions at 498 nm and 250 nm, attributed to defect states and quantum confinement, highlighting the dual role of Bi₂O₃ as both absorber and transparent window layer. Electrical characterization under dark conditions demonstrated rectifying diode behavior, confirming the formation of a junction. Capacitance–voltage analysis yielded a built-in potential of …

Development And Performance Evaluation Of Eco-Floor Tiles Made From Avocado (Persea Americana) Seeds, And Mango (Mangifera Indica) Seeds And Peels, Mark Dominique P. Mendoza, Kristine Cassandra T. Cacapit, Zion Ezekiel Micaiah Navia, Stephanie Anne A. Lim, Dominique Mae R. Gobaton, Jace Earl P. Gabitan, Gasper Juleo L. Otgalon, Josh Ryley C. Angeles, Hanz Mikkel A. Arnuza, Gwynette R. Legaspi, June Ray O. Filler

DLSU Senior High School Research Congress Conference Proceedings

The growing demand for sustainable construction materials has led to increased interest in utilizing agricultural wastes as eco-friendly alternatives. This study examines the potential of Avocado Seeds (AS), Mango Seeds (MS), and Mango Peels (MP) as additives in eco-floor tile production, incorporating them into cement mixtures through a quasi-experimental design. Various proportions of these agricultural by-products, collectively termed as Seeds and Peels Mixtures (SPM) were evaluated for compressive strength, flexural strength, and water absorption. A One-Way Analysis of Variance (ANOVA) was conducted to assess the effects of different additive ratios. Results revealed that compressive strength peaked at 49.40 MPa with …

Crude Extract From Robusta Coffee (Coffea Canephora) Husks Using Ethanol: Steam Versus Ultrasonic, Kirsten Shanel B. Bernardo, Julianne Kaye D. Cortes, Ron Gabriel J. Perillo, John Albert D. Gurtiza

DLSU Senior High School Research Congress Conference Proceedings

The global demand for renewable energy sources necessitates exploring sustainable alternatives to fossil fuels. Coffee husks, a significant agricultural waste product, represent a potential feedstock for biofuel production. This study investigated the comparative efficacy of steam distillation and Ultrasonic-Assisted Extraction (UAE), using ethanol as a solvent to extract crude extract from Coffea canephora husks. A comparative experiment was conducted using 200g of Coffea canephora husks for each extraction method replicated three times and the yields were measured in mL. An independent sample t-test was used to compare the mean yields between the two methods. UAE yielded significantly more crude extract …

The Necessary Extinction Of The Amateur Golfer, Laura M. Demarco

Denver Sports & Entertainment Law Journal

No abstract provided.

Vol. 27, No. 1: Full Issue, University Of Denver Sports & Entertainment Law Journal

Denver Sports & Entertainment Law Journal

No abstract provided.

Title Vi Compliance Report And Implementation Plan Fy 2022-2023

Title VI Implementation Report

No abstract provided.

Streaming Television And Children: An Examination And Method Of Evaluating Svod Parental Controls, Joel Timmer

Denver Sports & Entertainment Law Journal

With the growth of streaming television in recent years, and particularly subscription video on demand (SVOD) services like Netflix and Disney+, children are increasingly viewing programming online rather than on traditional broadcast and cable television platforms. This provides children with instantaneous access to vast libraries of programming, which may include a significant amount of programming that is inappropriate for them. However, with the exception of the Parents Television Council, little attention has been paid to the parental controls provided by these services to allow parents to monitor and control their children’s access to programming on the services. This article examines …

The Stairway To Fairness: Copyright And Creativity In The Digital Age, Ani Khachatryan

Denver Sports & Entertainment Law Journal

No abstract provided.

Tennessee Ag Insider, A Guide The The State's Farms, Food, And Forestry, 2024 Edition, Tennessee. Department Of Agriculture.

Tennessee Ag Insider

No abstract provided.

Closing The Gap Between Copyright Management Information And Metadata: A Critical Analysis Of Section 1202 Of The Digital Millennium Copyright Act And A Proposal For Sound Recording Standards, Haley Bridget Mccullough

Denver Sports & Entertainment Law Journal

“Music metadata” is virtually any of type of content electronically embedded in a digital audio file and may include information that identifies various rightsholders of a copyrightable sound recording, such as producer(s) and performer(s). A standardized system for music metadata does not exist, and instead music industry stakeholders devote significant resources to maintain redundant and incongruent databases. As a result, licensees expend significant effort in tracking copyright holders and licensors risk inadequate protection and potential loss of royalties. Music metadata overlaps with copyright management information (CMI), which is information conveyed with a copyrighted work. For example, music metadata includes information …

Annual Report, Fy 2025 Quality Of Kerosene And Motor Fuel In Tennessee, Tennessee. Department Of Agriculture.

Fuel Quality Reports

No abstract provided.

The Forestry Story 2025 Annual Report, Tennessee. Department Of Agriculture.

Forestry Commission Annual Report

No abstract provided.