Science and Technology Studies Commons^™

Who Is Keeping An Eye On Fair Principles?, Alcidina Cunha Costa

The Journal of Electronic Theses and Dissertations

This systematic review is based on academic work published between 2016 and 2022 at The Networked Digital Library of Theses and Dissertations. The descriptors related to FAIR (Findable, Accessible, Interoperable, and Reusable) are to be found in title, summary and/or keywords. The result shows that there are few academic studies on FAIR principles; the University of Porto and consequently Portugal are most intensive in FAIR data research. Dissertations and PhD theses are predominant; information and computer science is the field of study most correlated with FAIR.

Interprofessional Collaboration As A Feminist Pedagogy: A Call For The Unsettling Of Care In Health Professions Education, Ivana Guarrasi, Rhonda Cornell, Sally Clemenson

Feminist Pedagogy

No abstract provided.

Feminist Iterations Of “The Implosion”: New Techniques For Teaching About Science, Technology, And Society Through The “Implosion Project”, Maya Cruz

Feminist Pedagogy

This article outlines a new and explicitly feminist iteration of Professor Joseph Dumit’s (2014) “Implosion Project.” The “Implosion Project” is a classic pedagogical technique used widely in the field of Science and Technology Studies as an innovative way to teach students to critically engage with the complex relationships of science, technology, and society, and provides an important opportunity to center an explicitly feminist pedagogical approach when teaching students about the systems of power that shape, and are shaped by, the complex relationships between science, technology, and society. Since the “Implosion Project” does not center an explicitly feminist pedagogical approach, this …

Driving Green Investments To Address Climate Change, Baptiste Gibrat

Dartmouth College Master’s Theses

The climate crisis is no longer news, and society needs to accelerate the transition to net zero emissions. Otherwise, the consequences of climate change will become increasingly catastrophic.

This thesis develops a framework to drive green investments, which reduce society’s dependance on fossil fuels. Initially, the research provides a comprehensive examination of these investments, followed by an exploration of three strategies to enhance their adoption: leveraging financial instruments and capital markets, implementing regulatory frameworks, and harnessing the power of technologies. To integrate these elements within a comprehensive framework, the study employs market research, reviews relevant literature, and includes interviews with …

Questioning Reality: The Progressive Development Of Modern Physics, Joshua Lancman

STEM Month

Humanity has a tendency to divide time. The past is distinct from the present which is entirely separate from the future. In supposedly 20-20 vision history is neatly divided into different sections, distinct eras with sharp lines between them. What is present and in the future is always modern. What is past is something else with another name.

Yet time is not divided so neatly. We know this living through it: years and decades blend into one another in a non-uniform progression. To divide human history into separate eras is a necessary simplification, as it helps to ascribe order onto …

How To Read A Patent: A Survey Of The Textual Characteristics Of Patent Documents And Strategies For Comprehension, Graham Sherriff

Journal of the Patent and Trademark Resource Center Association

Reading patents is an important activity for inventors and anyone seeking to file or defend a patent, as well as for “exploratory” researchers such as students in a range of disciplines. However, they are notoriously difficult to read. This paper examines the characteristics of patent documents that impair their readability and seeks to identify comprehension strategies and techniques that may alleviate this difficulty. Insights were gathered from a review of the scholarly literature on reading and patent literacy, a survey of patent educators affiliated with the US Patent and Trademark Office (USPTO)’s Patent and Trademark Research Center (PTRC) Program, and …

Gps Accuracy Of Smartphones For Crowdsourcing Research, Derron L. Dike

Master of Science in Environmental Sciences and Management Projects

ABSTRACT GPS Accuracy of Smartphones for Crowdsourcing Research Derron Dike Utilizing crowdsourcing with smartphones as a method for field data collection can contribute an array of data for scientific studies and land management applications. This study used crowdsourcing to examine smartphone built-in GPS performance for providing location-specific information with potential forestry applications. The usability of smartphones for GPS data collection in forestry studies or other practical applications is dependent on the level of accuracy required for those applications. A Smartphone Accuracy Trial was designed to test the GPS accuracy performance of current smartphones. Participants used the ArcGIS Field Maps application …

Sustainability Measures Of The Apparel Industry: A Longitudinal Analysis Of Apparel Corporations’ Sustainability Efforts, Lance Cheramie, Mahendran Balasubramanian

Apparel Merchandising and Product Development Faculty Publications and Presentations

Climate change is a paramount challenge of our era, with profound implications for various sectors, including the apparel industry, known for its extensive environmental footprint throughout the entire clothing lifecycle. This study assesses the industry’s carbon emission trends using six years of data (2017–2022) focusing on Scope 1 and Scope 2. Employing a one-way repeated measures ANOVA, this study evaluates the impact of sustainability strategies on emissions. The results indicate a notable decrease in Scope 2 and overall carbon emissions, while Scope 1 emissions remain relatively unchanged despite a downward trend. These findings underscore the success of current sustainability measures …

Multimodal Boiling Dataset With Synchronized Acoustic, Optical, And Thermal Measurements Under Steady-State And Transient Heat Loads, Hari Pandey, Changgen Li, Han Hu

Mechanical Engineering Faculty Publications and Presentations

Boiling is a high-performance heat dissipation process that is central to electronics cooling and power generation. However, there exists a practical limit of boiling heat transfer known as the critical heat flux (CHF), beyond which significant performance degradation is observed. Understanding the physical mechanism that triggers CHF is essential to meet the increasing cooling demands driven by power densification and device miniaturization. However, the high dimensionality, stochasticity, and dynamicity of the boiling process have led to strong challenges in the experimental characterization and modeling of boiling CHF. As such, high-frame rate, high-resolution, multi-physics boiling datasets are critical to advancing the …

Cyber Threats, Cyber Risks, And Cybersecurity Responses: Modeling Whole-Of-Nation Strategy Implementation For American Organizations And Citizens, Vincent Leon Guerrero

All Dissertations

Amid a landscape of cyber attacks on America occurring below the threshold of armed conflict, strategic national policy efforts recommend a whole-of-nation approach where individuals and public and private organizations increase their defensive posture in cyberspace. Motivation to address the risk of a cyber event includes a continuum of cyber threats that can range from low-level disruptive events to cybercrime and cyber espionage to the possibility of a potentially catastrophic attack on critical infrastructure. In this dissertation, I conduct a survey experiment of various cyber threat conditions and cyber policies to model cybersecurity responses, risk perceptions to a possible cyber …

We Train Ai, Why Not Humans, Too? An Exploration Of Human-Ai Team Training For Future Workplace Viability, Caitlin M. Lancaster

All Dissertations

The integration of Artificial Intelligence (AI) in the workforce is transforming team dynamics, leading to the emergence of Human-AI Teams (HATs). These teams offer opportunities to capitalize on human strengths with AI's prowess, offering significant opportunities for innovation and efficiency. Effective HAT functioning requires aligning human expectations with AI capabilities and bridging knowledge gaps between teammates. Despite this potential, key integration challenges remain, such as developing shared mental models, addressing skill limitations, and overcoming negative AI perceptions. Existing training efforts often apply human-human teaming principles directly to HATs, overlooking AI's role as a teammate and limiting the development of HAT-specific …

Enhanced Optical And Infrared Activity Of Nanosphere Dimers Attributed To Dimer Geometry, D. Keith Roper, Jin-Woo Kim, Ricardo R. Romo, Joseph Batta-Mpouma

Biological and Agricultural Engineering Faculty Publications and Presentations

Enhanced optical and infrared activity of subwavelength metal nanoparticles is key to their use in optoelectronics, spectroscopy, and sensing. The present work compared spectra of nanosphere dimers merged by centrifuging gold nanospheres with corresponding simulated nanoscale dimers. Geometric features of the nanosphere dimers were related to corresponding optical and near-infrared activity through simulation. Differences in optical and infrared activity of the nanosphere dimers were largely attributable to changes in the radius of the nanosphere and the radius of the conductive junction between merged nanospheres. The features observed in the experimental spectra were attributed to a select number of dimers exhibiting …

Corn Leaf Disease Prediction Using Deep Learning, Meghana Varayuri

Electronic Theses, Projects, and Dissertations

Corn is a widely cultivated agricultural product, serving as a cornerstone in food production and industrial applications such as biofuels, playing a crucial role in the global economy. This study explores the application of deep transfer learning to accurately classify major corn diseases from leaf images, aiming to enhance disease management strategies for improved agricultural productivity and sustainability. The customized Dense net 201 model achieved 95% prediction accuracy on an untrained dataset. Data augmentation improved the model’s accuracy from 91% to 95%. This supervised learning approach enhances the model’s performance by increasing the diversity, leading to better generalization and accuracy. …

2023 Transportation Electrification Scorecard: Mountain West States, Ayda Atici, Kristian Thymianos, Caitlin J. Saladino, William E. Brown Jr.

Transportation & Infrastructure

This fact sheet examines data on policies and actions to support electric vehicle (EV) infrastructure in five Mountain West states: Arizona, Colorado, Nevada, New Mexico, and Utah. The data are retrieved from the “2023 Transportation Electrification Scorecard,” created by the American Council for an Energy-Efficient Economy (ACEEE). The Scorecard measures which Mountain West states are the most efficient in progress made towards the electrification of vehicles.

Notes For Contributors, Space And Defense

Space and Defense

No abstract provided.

Waging Peace On The Final Frontier 64th Academy Assembly Proceedings, Space And Defense, Madison Walker

Space and Defense

In October 2022, the 64th annual Academy Assembly at the U.S. Air Force Academy took up the theme of “Waging Peace on the Final Frontier.” The following are proceedings of roundtables held by select undergraduates from around the country on questions of space policy & strategy.

Revitalizing America's Low-Yield Deterrent, Alex Kleitz

Space and Defense

An array of low-yield weapons will play a vital role in integrated deterrence. *The following essay, submitted in June 2022, earned the Junior Division USSTRATCOM General Larry D. Welch Deterrence Writing Award.

Operational Energy Solutions For A 21st Century Battlefield, Nestor R. Levin

Space and Defense

Development of alternative energy storage and distribution capacity for the modern battlefield is a major national security interest.

Annual Truman Lecture Usafa 64th Academy Assembly, John Shaw

Space and Defense

In October 2022, on the occasion of the 64th annual Academy Assembly, focused on “Waging Peace on the Final Frontier,” the deputy commander of USSPACEOM Lieutenant General John Shaw spoke at the Air Force Academy’s endowed Truman Lecture, which itself was created to inspire cadets toward careers in National Security leadership.

Usafa 64th Academy Assembly Banquet Keynote On Nasa Transformation, Madison Walker, Lori Garver

Space and Defense

In October 2022, at the 64th annual Academy Assembly, focused on “Waging Peace on the Final Frontier,” the former deputy administrator of NASA the Honorable Lori Garver spoke at the Air Force Academy’s 64th Academy Assembly banquet keynote on the implications of NASA transformation for international security. She was introduced in a pre-recorded video by Susan Eisenhower, honorary founder of USAFA’s Eisenhower Center, and interviewed by USAFA Institute for Future Conflict Fellow Madison Walker.