Sort by
The Diffusion of Innovation Theory in the Digital Age: A Critical Analysis of Its Evolution, Application, and Reinterpretation from 2005 to 2025
Safran Safar Almakaty
For over 50 years, Everett Rogers’ Diffusion of Innovation (DOI) theory has been a cornerstone of understanding how new ideas and technologies spread through social systems. The period of 2000-2025 has ushered in an unprecedented revolution in communication brought about by the explosion of digital media, the emergence of social networking platforms, and the proliferation of mobile connectivity, which has fundamentally altered our human communications, social systems, and behaviors. This critical literature review investigates how DOI theory has been applied, adapted, and remains relevant in the digital media age. This paper utilizes a systematic review method to collect academic literature published in this time frame while synthesizing how the basic constructs of DOI theory—such as adopter categories, innovation attributes, communication channels, and the S-shaped adoption curve—have been developed, amended, or referenced. While DOI theory's tenets are surprisingly resilient, the digital media age has shifted dynamics and introduced substantial theoretical modifications. Digital platforms have collapsed distinctions between mass and interpersonal communication, diffusion processes have rapidly increased adoption, and network effects have increased social influence's role in adoption decisions. The rise of the digital influence altered what it means to be an opinion leader, and the algorithmic curation of content can even represent a robust non-human actor in generating diffusion. This review also identifies some critical limitations of the classic DOI model relating to the digital divide, complexities of information overload, and adoption dynamics associated with purely digital innovations, such as cryptocurrencies and AI/predictive services. Additionally, this review revealed some key gaps in the respective literature establishing the relationship between algorithmic influence and human social networks, and the long-term societal implications of algorithmically driven diffusion. This review concludes that although DOI theory is useful, it needs to be combined with network theory, technology acceptance models, and critical media studies to better grasp innovation diffusion today.
For over 50 years, Everett Rogers’ Diffusion of Innovation (DOI) theory has been a cornerstone of understanding how new ideas and technologies spread through social systems. The period of 2000-2025 has ushered in an unprecedented revolution in communication brought about by the explosion of digital media, the emergence of social networking platforms, and the proliferation of mobile connectivity, which has fundamentally altered our human communications, social systems, and behaviors. This critical literature review investigates how DOI theory has been applied, adapted, and remains relevant in the digital media age. This paper utilizes a systematic review method to collect academic literature published in this time frame while synthesizing how the basic constructs of DOI theory—such as adopter categories, innovation attributes, communication channels, and the S-shaped adoption curve—have been developed, amended, or referenced. While DOI theory's tenets are surprisingly resilient, the digital media age has shifted dynamics and introduced substantial theoretical modifications. Digital platforms have collapsed distinctions between mass and interpersonal communication, diffusion processes have rapidly increased adoption, and network effects have increased social influence's role in adoption decisions. The rise of the digital influence altered what it means to be an opinion leader, and the algorithmic curation of content can even represent a robust non-human actor in generating diffusion. This review also identifies some critical limitations of the classic DOI model relating to the digital divide, complexities of information overload, and adoption dynamics associated with purely digital innovations, such as cryptocurrencies and AI/predictive services. Additionally, this review revealed some key gaps in the respective literature establishing the relationship between algorithmic influence and human social networks, and the long-term societal implications of algorithmically driven diffusion. This review concludes that although DOI theory is useful, it needs to be combined with network theory, technology acceptance models, and critical media studies to better grasp innovation diffusion today.
Posted: 09 January 2026
Enhancing Self-Awareness in Late Adolescents and Emerging Adults in Pakistan: A Randomized Controlled Trial of UNICEF’s Basic Life Skills Program
Urooj Sadiq
,Ayesha Irfan
,Khawer Bilal Baig
,Luca Flesia
Posted: 09 January 2026
The Sovereign Shield: How the New OECD Pillar Two Global Minimum Tax Side-by-Side Package Restored Tax Autonomy
Pramod Kumar Siva
Posted: 09 January 2026
Emotional Labor, Gendered Care, and Educational Leadership Educators During the COVID-19 Pandemic
Jill Channing
,Georgina E. Wilson
Posted: 08 January 2026
Augmented, Virtual, and Mixed Reality Assessment and Training for Executive Functions in Children with ADHD: A Scoping Review
Leonarda Anna Vinci
,Anna Passaro
,Fabrizio Stasolla
Background: Attention deficit hyperactivity disorder (ADHD) is a neurodevelopmental disorder characterized by inattention, motor hyperactivity and verbal and cognitive impulsivity. Impairments in executive functions (EFs), in particular working memory, monitoring and organization of daily life-are frequently observed in children diagnosed with ADHD, and are reflected in behavioural, social-emotional and learning difficulties. The development and use of technologies such as virtual reality (VR), augmented reality (AR) and mixed reality (MR) for ADHD have increased in recent years, using a variety of tools to support including PC, video games, wearable devices and tangible interfaces. Objectives: To systematically map the current state of research on the use of AR, VR and MR technologies to assess and/or enhance EFs in children with ADHD. To evaluate the effects on their quality of life and on families’ and caregivers’ burden reduction. To explore the interventions’ clinical validity. Methods: A scoping review according to PRISMA-ScR guidelines was conducted. A systematic search was carried out in the Scopus and Web of Science databases for studies published between 2015 and 2025.Empirical studies published in English that examined children with ADHD aged < 13 years were included. AR, VR, or MR-based interventions focused on EF were considered. For each study, the following features were recorded: year and country of publication, design, objectives, EFs considered, technology and hardware used, main results, and limitations. Results: Twenty studies were identified. The most frequently addressed functional domains were sustained and selective visual attention, working memory, and inhibition. Assessment interventions primarily involved the use of a head-mounted display (HMD) in conjunction with the Continuous Performance Test (CPT). Training interventions included immersive VR, serious video games, VR with motor or dual-task training, and MR. The results suggest that VR can enhance cognitive performance and sustained attention; however, longitudinal studies are required to evaluate its long-term effectiveness and integrate emotional skills. Conclusions: The use of these technologies is a promising strategy for assessment and training of EFs in children with ADHD. These tools provide positive, inclusive feedback and motivating tasks. Nevertheless, larger sample studies, longitudinal follow-ups to confirm the suitability and effectiveness of the technology-based programs are warranted.
Background: Attention deficit hyperactivity disorder (ADHD) is a neurodevelopmental disorder characterized by inattention, motor hyperactivity and verbal and cognitive impulsivity. Impairments in executive functions (EFs), in particular working memory, monitoring and organization of daily life-are frequently observed in children diagnosed with ADHD, and are reflected in behavioural, social-emotional and learning difficulties. The development and use of technologies such as virtual reality (VR), augmented reality (AR) and mixed reality (MR) for ADHD have increased in recent years, using a variety of tools to support including PC, video games, wearable devices and tangible interfaces. Objectives: To systematically map the current state of research on the use of AR, VR and MR technologies to assess and/or enhance EFs in children with ADHD. To evaluate the effects on their quality of life and on families’ and caregivers’ burden reduction. To explore the interventions’ clinical validity. Methods: A scoping review according to PRISMA-ScR guidelines was conducted. A systematic search was carried out in the Scopus and Web of Science databases for studies published between 2015 and 2025.Empirical studies published in English that examined children with ADHD aged < 13 years were included. AR, VR, or MR-based interventions focused on EF were considered. For each study, the following features were recorded: year and country of publication, design, objectives, EFs considered, technology and hardware used, main results, and limitations. Results: Twenty studies were identified. The most frequently addressed functional domains were sustained and selective visual attention, working memory, and inhibition. Assessment interventions primarily involved the use of a head-mounted display (HMD) in conjunction with the Continuous Performance Test (CPT). Training interventions included immersive VR, serious video games, VR with motor or dual-task training, and MR. The results suggest that VR can enhance cognitive performance and sustained attention; however, longitudinal studies are required to evaluate its long-term effectiveness and integrate emotional skills. Conclusions: The use of these technologies is a promising strategy for assessment and training of EFs in children with ADHD. These tools provide positive, inclusive feedback and motivating tasks. Nevertheless, larger sample studies, longitudinal follow-ups to confirm the suitability and effectiveness of the technology-based programs are warranted.
Posted: 08 January 2026
Critical Resilience Factors for Post Disaster Tourism Recovery: Evidence from Baños de Agua Santa via Fuzzy Multi Criteria Analysis
Giovanni Herrera-Enríquez
,Eddy Castillo-Montesdeoca
,Luis Simbaña-Taipe
,Juan-Gabriel Martínez-Navalón
Posted: 08 January 2026
Impact of Wine on Sleep: A Mini-Review of Recent Evidence
Jean-Philippe Chaput
Posted: 08 January 2026
Mapping Local Government Pathways to the SDGs: A Bibliometric and Content Analysis for Sustainable Urban Development (2018–2025)
Veli Ercan Çetintürk
,Yunus Arinci
,Hasan Sh. Majdi
,Meltem Akca
,Leyla Akbulut
,Ahmet Çoşgun
,Atılgan Atilgan
Posted: 08 January 2026
The Socioecological Model as the Prototype of an Inspiring School Community
Giedre Kvieskiene
Posted: 08 January 2026
Creativity and Digital Technologies in Education: Evolving Tools, Contexts, and Creative Practices
Danah Henriksen
Posted: 08 January 2026
Sustainable Education in the Age of Artificial Intelligence and Digitalization: A Value-Critical Approach
Adeeb Obaid Alsuhaymi
,Fouad Ahmed Atallah
Posted: 07 January 2026
Natural Resource Governance and Conflict in Nigeria’s Extractive Frontiers: A Scoping Review
Natural Resource Governance and Conflict in Nigeria’s Extractive Frontiers: A Scoping Review
Ojonimi Salihu
Posted: 07 January 2026
Students’ Awareness, Literacy, and Perceived Readiness for Artificial Intelligence in Higher Education: A Cross-Sectional Survey Study
Davood Mashhadizadeh
,Iman Moradimanesh
Posted: 06 January 2026
Understanding Sorghum Farmer Typology in Sudan: A Data-Driven Lens to Scrutinize Agriculture and Rural Development
Haruna Sekabira
,Guy Simbeko
,Abraham Abatneh
,Samuel Cledon
This study aimed to develop a comprehensive typology of Sudanese sorghum-farming households within their food security status to inform targeted agricultural policy and rural development strategies. Using survey data from 392 households across 11 Sudanese states, the research captures the structural, socio-economic, and geographical diversity of farming systems and scrutinizes the relationship between socioeconomic characteristics of farmer households and related probability of constituting a specific farmer type. To assert this, Principal Component Analysis (PCA), hierarchical clustering, and Multinomial logistic regression analysis were applied. Through PCA and hierarchical clustering, three types of farmers were identified: The first type (Vulnerable Farmers), characterized by low education levels, small landholdings, high food insecurity, and reliance on subsistence farming; The second type (Well-off Remote farmers), operating larger landholdings meant for commercial purposes, yet facing challenges related to geographic isolation and limited market access; The third type (Educated Farmers with access to urban areas), consisting of households with higher education, diversified income sources, and proximity to markets, though still experiencing persistent food insecurity. Multinomial logistic regression analysis confirmed that household size, age, education, land size, market distance, and income structure are significant predictors of respective types of farmers. Thus, the study stands as a tool to enlighten intended/future policies, in providing input support and credit for vulnerable farmers, infrastructure and market access for remote commercial farmers, and land tenure security with innovative-geared incentives for farmers interacting with urban areas to foster inclusive, adaptive agricultural policies, and sustainable development across Sudan’s diverse farming communities.
This study aimed to develop a comprehensive typology of Sudanese sorghum-farming households within their food security status to inform targeted agricultural policy and rural development strategies. Using survey data from 392 households across 11 Sudanese states, the research captures the structural, socio-economic, and geographical diversity of farming systems and scrutinizes the relationship between socioeconomic characteristics of farmer households and related probability of constituting a specific farmer type. To assert this, Principal Component Analysis (PCA), hierarchical clustering, and Multinomial logistic regression analysis were applied. Through PCA and hierarchical clustering, three types of farmers were identified: The first type (Vulnerable Farmers), characterized by low education levels, small landholdings, high food insecurity, and reliance on subsistence farming; The second type (Well-off Remote farmers), operating larger landholdings meant for commercial purposes, yet facing challenges related to geographic isolation and limited market access; The third type (Educated Farmers with access to urban areas), consisting of households with higher education, diversified income sources, and proximity to markets, though still experiencing persistent food insecurity. Multinomial logistic regression analysis confirmed that household size, age, education, land size, market distance, and income structure are significant predictors of respective types of farmers. Thus, the study stands as a tool to enlighten intended/future policies, in providing input support and credit for vulnerable farmers, infrastructure and market access for remote commercial farmers, and land tenure security with innovative-geared incentives for farmers interacting with urban areas to foster inclusive, adaptive agricultural policies, and sustainable development across Sudan’s diverse farming communities.
Posted: 06 January 2026
“Are You Feeling the Rush?” Quantifying Emotional Ambiguity in Situationships and Its Impact on Well-Being
Yu-Cheng Lin
Posted: 06 January 2026
From Technological Disruption to Institutionalised Assimilation—A Computational Content Analysis, Semantic Embedding and Longitudinal Discourse Drift Study Based on the Proceedings of the 2025 Intelligence Research Summit at the US Intelligence University
Wei Meng
Posted: 06 January 2026
Securing U.S. Leadership in Agentic AI Literacy and Adoption: U.S. vs Chinese Government Policies and Initiatives
Satyadhar Joshi
Posted: 06 January 2026
Religion and Nature: Examining the Role of Religious Values on Environmental Protection
Ojonimi Salihu
,Selina Baidoo
Nature is often understood as a purely physical or biological entity governed by scientific laws and economic utility. In contrast, perspectives associated with dark green religion draw attention to how nature itself can be regarded as sacred and morally significant, revealing the cultural and ethical dimensions through which humans can relate to the environment. In this context, this paper examines religion as a symbolic and narrative system through which nature is socially constructed as a moral domain. Focusing on Indigenous Ijaw communities in the Niger Delta, this paper explains how rivers, creeks and wetlands are embedded within religious value systems that emphasize moral responsibility, respect and restraint in human-environment relations. Within this worldview environmental harm is understood not only as ecological degradation but also as a moral and spiritual transgression with consequences for communal well-being.
Nature is often understood as a purely physical or biological entity governed by scientific laws and economic utility. In contrast, perspectives associated with dark green religion draw attention to how nature itself can be regarded as sacred and morally significant, revealing the cultural and ethical dimensions through which humans can relate to the environment. In this context, this paper examines religion as a symbolic and narrative system through which nature is socially constructed as a moral domain. Focusing on Indigenous Ijaw communities in the Niger Delta, this paper explains how rivers, creeks and wetlands are embedded within religious value systems that emphasize moral responsibility, respect and restraint in human-environment relations. Within this worldview environmental harm is understood not only as ecological degradation but also as a moral and spiritual transgression with consequences for communal well-being.
Posted: 06 January 2026
Dissecting AI-related Paper Retraction Across Countries and Institutions
Khalid Saqr
Research integrity is currently besieged by a surge in synthetic manuscripts. A forensic workflow is operationalized herein to isolate and quantify ``computer-aided'' misconduct within the global scholarly record. A corpus of \( N=3,974 \) retracted DOIs sourced from the Retraction Watch Database was analyzed, with records cross-linked to institutional metadata via the OpenAlex API. Through the application of fractional attribution modeling and the calculation of Shannon entropy (\( H \)) for retraction rationales, a distinct geographic schism in fraud typologies was identified. High-output hubs, specifically China and India, exhibit high reason entropy (\( H > 4.2 \)), where ``Computer-Aided Content'' frequently clusters with established ``Paper Mill'' signatures. These AI-driven retractions exhibit a compressed median Time-to-Retraction (TTR) of \( \sim \)600 days, nearly twice as fast as the \( 1,300 \)+ day latencies observed in the US and Japan---where retractions remain skewed toward complex image and data manipulation. The data suggests that while traditional fraud has not been replaced by generative AI, it has been effectively industrialized. It is concluded that current post-publication filters fail to keep pace with the near-zero marginal cost of synthetic content, necessitating a shift toward provenance-based verification.
Research integrity is currently besieged by a surge in synthetic manuscripts. A forensic workflow is operationalized herein to isolate and quantify ``computer-aided'' misconduct within the global scholarly record. A corpus of \( N=3,974 \) retracted DOIs sourced from the Retraction Watch Database was analyzed, with records cross-linked to institutional metadata via the OpenAlex API. Through the application of fractional attribution modeling and the calculation of Shannon entropy (\( H \)) for retraction rationales, a distinct geographic schism in fraud typologies was identified. High-output hubs, specifically China and India, exhibit high reason entropy (\( H > 4.2 \)), where ``Computer-Aided Content'' frequently clusters with established ``Paper Mill'' signatures. These AI-driven retractions exhibit a compressed median Time-to-Retraction (TTR) of \( \sim \)600 days, nearly twice as fast as the \( 1,300 \)+ day latencies observed in the US and Japan---where retractions remain skewed toward complex image and data manipulation. The data suggests that while traditional fraud has not been replaced by generative AI, it has been effectively industrialized. It is concluded that current post-publication filters fail to keep pace with the near-zero marginal cost of synthetic content, necessitating a shift toward provenance-based verification.
Posted: 06 January 2026
Traditional Alliance of Women in the Socio-Political Sphere and Resilient Subject to Climate Change: The Case of Guinea-Bissau
Ana Belén Cruz Valiño
Posted: 06 January 2026
of 296