Digital Commons Network^™

Centring Marginalisation In The Development Of Digital Courts: Reflections From Argentina, India, Kenya, And Malaysia, Siddharth Peter De Souza, Varsha Aithala, Francisco Mignaquy, Mercy Muendo, Anisha Nadkarni

Indian Journal of Law and Technology

This paper presents a multi-jurisdictional analysis of digitalisation of justice and the perceived role of courts as public institutions upholding the rule of law and ensuring access to justice to all. Using selected examples from Argentina, India, Kenya and Malaysia, it examines the impact of digitalisation efforts of these countries on their citizens, marginalised populations, the State and private sector. We propose to design an approach to digital justice that centres people on the margins of digital transformation of courts. This includes three elements – first, engagement with people centered perspectives; second, focus on disadvantage and addressing socio-technical factors; and …

From ‘Gig Work’ To Algorithmically Mediated Work: Shifting The Focus To Technological Control In Work Regulation, Jasoon Chelat

Indian Journal of Law and Technology

Platform-based work is finding a place in legislative instruments in India in recent years, under the Code on Social Security, 2020, as well as state-level legislations. In this paper, I argue that these efforts to extend protections to gig or platform work are limited in their understanding of the way work is shaped by digital technologies both within and outside of platforms. Platform-based work regulation seems to have skipped a step: the regulatory discourse has moved on to a welfare-focused model present in informal work, without examining existing jurisprudence on worker rights relevant to digitally mediated work. These legislative instruments …

In The Pursuance Of A Robust Legal Framework To Address Deepfake Harms: An Analysis Of The Indian Legal Discourse, Jyothsna Gurumurthy

Indian Journal of Law and Technology

A common issue we face in the field of law and technology is the constant game of catch-up that the law is required to play to keep up with advances in technology. Deepfake Technology (primarily based on generative adversarial networks, as explored in this article) exemplifies this game of catch-up and provides a fertile ground for academics and regulators/law makers to explore and understand what it means for a technology regulating law or rule to be robust and enforceable. By examining the judicial handling of deepfake claims within a publicity rights discourse in India, this article suggests the adoption of …

Trans* Student Experiences In Higher Education, Megan Chaffee, Deborah King

New York Journal of Student Affairs

This paper reviews literature on trans* students' experiences in higher education, examining their obstacles and institutional approaches to inclusion. The study investigates challenges regarding chosen names and pronouns, access to facilities, extracurricular involvement, and the impact of increasing anti-trans* legislation. Despite growing visibility, trans* students continue to report harassment, discrimination, and a decreased sense of belonging. The paper explores current Title IX interpretations and recommends that higher education administrators develop inclusive policies, enhance professional development, and create supportive campus environments that foster trans* students' academic success and overall well-being.

Merger Remedies Unbound, Dhruv Aggarwal, Albert H. Choi, Geeyoung Min

Law & Economics Working Papers

How should foundational contract law doctrines apply to corporate mergers? This Article argues that recent changes in Delaware law grant parties expansive contractual freedom to define their preferred remedies in merger agreements, untethered from the limits imposed by traditional contract law. A new provision in the Delaware corporate code permits penalty clauses in merger agreements, departing from the traditional “anti-penalty doctrine” that forbids punitive liquidated damages in contract. Delaware courts have also shown deference to specific performance provisions, treating them as presumptively enforceable commitments instead of retaining their traditional judicial discretion over the choice of remedies. Given that Delaware law …

Disparitas Pengenaan Sanksi Denda Oleh Komisi Pengawas Persaingan Usaha Atas Keterlambatan Notifikasi Pengambilalihan Saham, Metta Yoelandani

Technology and Economics Law Journal

This research discusses the disparity in the imposition of administrative sanctions in cases of late notification of share acquisitions within the framework of Competition Law in Indonesia. However, in practice, disparities in the imposition of sanctions between cases are frequently encountered, caused by the absence of clear provisions detailing the calculation of administrative sanctions for business actors who are late in submitting notifications. In several cases, it was found that business actors with longer delays were subjected to lighter fines compared to those with shorter delays, thereby creating disparities in the imposition of sanctions. The purpose of this research is …

The Legal Implications Of The Altman Z-Score As A Tool For Bankruptcy Prevention Through The Case Study Of Pt. Sri Rejeki Isman Tbk (Sritex), Samuel Baringin Doloksaribu

Technology and Economics Law Journal

Indonesia’s bankruptcy law, as regulated by Law No. 37 of 2004, allows debtors to be declared bankrupt based solely on the existence of two creditors and one unpaid debt, without requiring a substantive assessment of their financial health, raising concerns about fairness, legal certainty, and economic impact. This thesis investigates whether predictive financial models such as the Altman Z-Score can be integrated into Indonesia’s legal framework to improve early detection and prevention of corporate insolvency. The central question is how these models can be legally recognized and implemented, and what challenges or reforms are necessary to facilitate their use. Employing …

Exploring Leadership, Culture, And The Dynamics Of Collective Empathy: A Nonprofit Case Study, David L. Harkins, Deborah A. O'Neil

Management Faculty Publications

This case study explores the formation, embedding, and sustainability of collective empathy at [Healing Arts for Children; HAC], a pseudonym for small arts-focused nonprofit serving pediatric patients. The 20-year-old organization utilizes art and music to alleviate anxiety and enhance positive health care experiences for critically and chronically ill children and their families. While the existing literature primarily focuses on individual-level empathy in the workplace, this study focuses on the underexplored aspects of systemlevel empathy applications, which may be essential to determining how empathy forms, embeds, and sustains within an organization. Collective empathy, the shared capacity of organization members to recognize, …

State Of Nevada Cannabis Testing, University Of Mississippi – National Center For Cannabis Research And Education, Yasha Kahn, Mcr Labs

Nevada

No abstract provided.

State Of New York Cannabis Testing, University Of Mississippi – National Center For Cannabis Research And Education, Yasha Kahn, Mcr Labs

New York

No abstract provided.

State Of Hawaii Cannabis Testing, University Of Mississippi – National Center For Cannabis Research And Education, Yasha Kahn, Mcr Labs

Hawaii

No abstract provided.

State Of California Cannabis Reporting, University Of Mississippi – National Center For Cannabis Research And Education

California

No abstract provided.

Heterogeneity Of Molecular Subtypes In Multifocal And Multicentric Breast Cancer, Anna M. Schmitz

Research from the Berry Summer Thesis Institute, 2025

Multifocal and multicentric breast cancers (MMBC), commonly referred to as multiple synchronous ipsilateral breast cancers, are heterogeneous diseases. There is a high degree of diversity between and within the tumors of a MMBC-bearing patient. Tumor heterogeneity can describe multiple features, such as morphological and molecular profiles. Knowledge about a patient's tumor heterogeneity can be used to determine a prognosis and treatment plan. However, transferring our growing knowledge of heterogeneity in MMBC into a clinical setting remains a challenge due to the large degree of diversity between tumor microenvironments and the cancer cells that tumors are composed of. This review article …

Crossroads Of Covid-19 And Alzheimer’S: Investigating Sars-Cov-2 Nsp6 And Orf7a In Amyloid-Β42 Toxicity, Jeffrey William Huettemann, Amit Singh

Research from the Berry Summer Thesis Institute, 2025

The severe acute respiratory syndrome coronavirus 2 (SARS-CoV-2) resulted in several hundred million contracted cases of coronavirus disease 2019 (COVID-19) and a global pandemic. In some of these cases, previous neurological diseases, such as Alzheimer’s disease (AD), seemed to progress much more rapidly after the COVID-19 infection. Thus, we became interested in studying the effects of SARS-CoV-2 infection on prior neurological disease progressions.

To modulate this condition, we used Drosophila melanogaster as a genetic model system. We had previously developed the Alzheimer’s Disease Fly Model with expression of human amyloid beta 42 (Aβ42) peptide, which is responsible for extracellular Aβ-42 …

Interdisciplinary English Language Arts And Tesol Education To Advance Academic Achievement Of Immigrant, Refugee, And Urban Students, Elizabeth G. Krahe

Research from the Berry Summer Thesis Institute, 2025

By 2043, the United States is projected to become an official “plurality” in which the non-Hispanic White alone population will comprise less than 50% of the nation’s total population (Devine and Ortman, 2014). Schools are reflecting this demographic shift as they are more diverse culturally and racially. Yet the teaching population remains predominantly White middle class females. Teachers need to find ways to engage with all of their students to promote excitement in the classroom to joyfully learn. Reading and writing are central to education and are naturally found in all subject areas to be tied to academic achievement.

This …

A Mini Review On Rodent Models Of Autism Spectrum Disorder (Asd), Rachel Zeller

Research from the Berry Summer Thesis Institute, 2025

Autism spectrum disorder (ASD) is a neurodevelopmental disorder typically diagnosed at a young age. ASD symptoms include deficits in social behavior, repetitive and restrictive behaviors, anxiety, as well as alterations in sensory gating and sensitivity, learning, memory, and attention performance. Since ASD emerges from a combination of genetic and environmental factors, clinical treatment of these conditions presents with challenges. Being able to model behavioral and neurobiological aspects of this disorder at the preclinical level using rodents allows for further investigation of the pathophysiological basis of this disorder. This mini review will focus on selected genetic and pharmacological rodent models of …

3d-Printable Hydrogel With Rapid Ambient Self-Healing, Anna M. Petre

Research from the Berry Summer Thesis Institute, 2025

Inspired by nature, soft robots composed of compliant (“soft”) materials are well-suited for uncertain, dynamic tasks requiring safe interaction between a robot and its environment. Soft robots with the ability mend minor damage (e.g. perforations, tears) have been enabled by the rapid development of self-healing soft materials. Recently, one of these hydrogel materials (internally dubbed “BeckOHflex”) – made entirely from commercially available precursors – was developed with several appealing characteristics including rapid ambient self-healing, 3D printability on commercial machines, and competitive mechanical properties. However, the self-healing performance of BeckOHflex falls short of competitors that leverage custom-synthesized precursors. This project aims …

Simulating Chemiluminescence Spectra Of Oh Radical Using Quantum Dynamical Simulations, Triet M. Cao

Research from the Berry Summer Thesis Institute, 2025

Chemiluminescence is a phenomenon of light emission that occurs when molecules transition from an excited state to the ground state. This phenomenon is widely utilized in applications ranging from quantifying product yields in chemical reactions to biological imaging and atmospheric chemistry studies. It has also been used in many crucial applications in the scarce conditions of heat and electricity, such as light sources for astronomy discovery or deep-sea diving. A notable example of such reactions is combustion, where highly reactive hydroxyl radicals (OH) are products. These radicals exhibit a chemiluminescence spectrum because of the interaction between their ground state and …

Co-Culture 3d Model For Breast Cancer, Anh Duc Nguyen

Research from the Berry Summer Thesis Institute, 2025

The ability to replicate the tumor microenvironment using 3D models have allowed researchers to study the tumors in vitro closer to their in vivo counterparts without the drawbacks of those models. The 3D co-culture model is an improved version of the 3D monoculture model, capable of replicating the tumor microenvironment, letting researchers study cancer response mechanism, tumor metastases, drug resistance, simulate cell-cell interactions, etc., in breast cancer. The models can be classified into four classes based on their formation method and content, all of which have different advantages and disadvantages.

Intelligent Motion Tracking: A Low-Cost Surveillance Framework Using Soc Devices And Sensor Fusion, Aung Myat Khaung, Nicholas Michael Stiffler

Research from the Berry Summer Thesis Institute, 2025

This thesis presents the design and implementation of a lightweight surveillance system capable of realtime motion detection, object tracking, and behavioral history reconstruction in controlled environments. The system uses System-on-Chip devices such as Raspberry Pi boards equipped with NOIR cameras, monocular cameras, and break-beam sensors that work together to detect and track single or multiple moving objects like colored balls. The prototype is validated in structured settings with the goal of eventual deployment in more dynamic environments, addressing the challenge of reliably tracking visually similar objects with minimal distinguishing features. The architecture integrates computer vision with sensor fusion by combining …

Evaluating The Environmental Determinants Of Tadpole Mouthpart Deformities, Nicholas J. Canfield

Research from the Berry Summer Thesis Institute, 2025

Amphibians are among the most threatened group of animals on the planet, with over 40% of living species facing an extinction risk. These organisms are highly sensitive to environmental change due to their highly permeable skin and complex life cycle that exposes them to stressors in both aquatic and terrestrial ecosystems. Amphibian populations that are closely monitored can serve as valuable bioindicators of environmental health because they typically respond rapidly to habitat degradation, decreased water quality, and changes in climate. Tadpoles in particular may act as a “canary in a coal mine” for aquatic ecosystems because they easily develop anatomical …

The German Press's Coverage Of The Bavarian Freikorps, Chase Kinder

Research from the Berry Summer Thesis Institute, 2025

The Freikorps (Free Corps) was a German paramilitary group that primarily consisted of former World War I soldiers who experienced post-traumatic stress disorder (PTSD) and continued their military combat by suppressing communist revolutions in Germany throughout the early Weimar Republic. My research investigates how the German press in Munich covered the Bavarian Freikorps’ swift removal of armed communists and their violence against German civilians during the suppression of the Bavarian Soviet Republic in May 1919. This news coverage influenced how a large portion of German civilians viewed and interacted with German veterans of World War I and the Freikorps after …

An Investigation Of Hydro-Morphological Changes At The Estuarine Outlet Of Kitchener Drain, Northern Coast Of Egypt, Nada Mansour, Karim Nassar, Mahmoud El-Gamal, Tharwat Sarhan

Mansoura Engineering Journal

In recent years, sedimentation and coastline erosion have occurred in the Kitchener Drain, where its outflow meets the Mediterranean Sea. Several measures have been taken to mitigate the impact of these problems. Excavation continues toward the drain's outlet, and there have been multiple stages of hard protection work, such as groins along the drain's eastern and western banks. What would happen if the working near the drain was kept, where accretion and erosion are most severe. The Coastal Modelling System (CMS) was used to find it out. The two-dimensional hydrodynamic circulation model known as the CMS is outfitted with modules …

Novel Nano-Composite Materials (Nncms) With The Designations J1, J2, And J3 For Removal Several Harmful Ions, Mohammed K. Al-Doseri, Safaa. R. Fouda, Mohamed Mossad, Mahmoud H. Mahmoud

Mansoura Engineering Journal

The most toxic material to the environment is heavy metals. remove heavy metals from wastewater is done by adsorption. Many papers have been done using different materials to take off toxic dangerous ions from wastewater. Noval Nano-composites material (NNCM)as designated as J1, J2, and J3 the most used adsorbents in this study. To conduct the experiments, synthetic wastewater was generated in the lab. Batch experiments were conducted to create the best conditions for removing these ions from the wastewater. The optimum conditions obtained were 90 min optimum contact time, and pH equal seven, optimal NNCM dose was 0.5 g/L achieving …

State Of New Jersey Cannabis Testing, University Of Mississippi – National Center For Cannabis Research And Education, Yasha Kahn, Mcr Labs

New Jersey

No abstract provided.

State Of Connecticut Cannabis Testing, University Of Mississippi – National Center For Cannabis Research And Education, Yasha Kahn, Mcr Labs

Connecticut

No abstract provided.

Attention In The Age Of Tiktok: Examining The Cognitive Impact Of Short-Form Video Consumption, Samantha Shannon Sutrisno

Master's Theses

With the rapid growth of popularity among short-form video platforms such as TikTok, media consumption has shifted toward fast-paced and highly engaging formats. This trend raises questions about the potential effects of continuous exposure to brief and repetitive audiovisual stimuli on attention. Research on short-form video’s impact on attention is limited, but prior studies suggest it may influence attention in meaningful ways. This study examined the relationship between short-form video consumption and attention among TikTok users (N = 110) by using the Attention Network Task (ANT), which measures the alerting, orienting, and executive control networks of visual attention. Participants were …

Astrocytes Expressing Mutant Hnrnpa1 Induce Non-Cell-Autonomous Motor Neuron Death, Qinxue Wu, Xionghao Liu, Tingting Zhang, Shiquan Cui, Bo Huang, Cao Huang, Qilin Cao, Xu-Gang Xia, Hongxia Zhou

Department of Pathology, Anatomy, and Cell Biology Faculty Papers

Pathogenic mutation of heterogeneous nuclear ribonucleoprotein A1 (hnRNPA1) is causative to amyotrophic lateral sclerosis (ALS). Neuron death resulting from pathogenic hnRNPA1 may not require its presence across all pertinent cells types, including neurons, glia, and muscles. Rather, the exclusive presence of pathogenic hnRNPA1 in a specific cell type, such as astrocytes, may suffice to substantially alter cellular functions. Consequently, this alteration initiates abnormal interaction within intricate neuron-glia networks, culminating in non-cell-autonomous motor neuron death. To investigate the pivotal role of non-cell-autonomous neuron death in hnRNPA1-associated ALS, we developed transgenic rats overexpressing mutant hnRNPA1 in specifically astrocytes. The confined overexpression of …

Transfer Learning-Based Multi-Sensor Approach For Predicting Keyhole Depth In Laser Welding Of 780dp Steel, Byeong-Jin Kim, Young-Min Kim, Cheolhee Kim

Mechanical and Materials Engineering Faculty Publications and Presentations

Penetration depth is a critical factor determining joint strength in butt welding; however, it is difficult to monitor in keyhole-mode laser welding due to the dynamic nature of the keyhole. Recently, optical coherence tomography (OCT) has been introduced for real-time keyhole depth measurement, though accurate results require meticulous calibration. In this study, deep learning-based models were developed to estimate penetration depth in laser welding of 780 dual-phase (DP) steel. The models utilized coaxial weld pool images and spectrometer signals as inputs, with OCT signals serving as the output reference. Both uni-sensor models (based on coaxial pool images) and multi-sensor models …

Can Correction Messages Reduce The Spread Of Fake News On Social Media? The Impact Of Information Updates On The Effectiveness Of Corrections, Kelvin K. King, Diego Escobari

School of Economics and Finance Faculty Publications

Although government agencies and fact-checking organizations issue correction messages to mitigate misinformation dissemination on social media, their efforts have been largely ineffective. Drawing on Information Manipulation Theory (IMT) and information extracted from over 84 million tweets, we examine the impact of correction messages and explore how different information updates affect their effectiveness. Our empirical approach differentiates between subpopulations of correction messages. The results support the existence of two distinct types: correction messages that significantly mitigate the spread of fake news—a 1 percent increase in “effective” messages decreases the spread of fake news by 0.89 percent; and those that amplify the …