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Child Abuse in the School Setting in the DRC: A Multidimensional Analysis, Psychosocial Impacts, and Pathways to Integrated Prevention
No full textpeer reviewedIn recent years, the virality of videos depicting various forms of abuse in Congolese schools has exposed an alarming issue, raising questions not only about pedagogical dynamics but also the sociocultural foundations of child protection. This article offers a critical analysis of the systemic determinants of child abuse within the Congolese educational context, examining its neurocognitive, psychosocial, and economic repercussions. Drawing on an interdisciplinary literature review (encompassing pedagogy, public health, and human rights), it develops a theoretical framework for structural reforms centered on primary prevention and restorative justice.3. Good health and well-bein
Blueberry Muffin Syndrome in a Newborn: A Case Report of Transient Extramedullary Hematopoiesis
No full textpeer reviewedBlueberry Muffin Syndrome (BMS) is a rare condition in newborns characterized by distinctive skin lesions often associated with transient extramedullary hematopoiesis. We present a case of a newborn with BMS focusing on the diagnostic challenges, especially in distinguishing it from acute leukemia. Despite extensive investigations, no specific etiology was found. The skin lesions resolved spontaneously. This case highlights the importance of a multidisciplinary approach in diagnosing BMS and underscores the need for thorough evaluation to exclude severe underlying conditions
Innovative process combining adsorption, H2O2 electro-generation and photocatalysis for the removal of refractory organic compounds in water
No full textpeer reviewedThe intense industrialization of the past century has led to the widespread release of Refractory Organic Compounds (ROCs) such as dyes, aromatics, pesticides, solvents, and pharmaceuticals. These contaminants, often toxic and persistent, are poorly removed by conventional wastewater treatment processes, thereby posing significant risks to aquatic ecosystems and human health [1,2]. Advanced treatment methods are therefore needed to limit their dispersion.
Adsorption using porous carbon materials is among the most effective techniques for removing ROCs from water [3]. However, one major drawback is the regeneration step, typically conducted at high temperatures (up to 800 °C), which is energy-intensive and gradually degrades the adsorbent’s performance [4].
This study proposes an innovative, sustainable alternative: the in situ regeneration of carbon-based adsorbents via electrochemical generation of H₂O₂ [5,6], combined with UV-enhanced oxidation [7,8]. Carbon xerogels were synthesized via a sol–gel method and shaped as cylindrical monoliths with tunable porosity. By adjusting the resorcinol/sodium carbonate (R/C) ratio between 100 and 1500, specific surface areas ranging from 30 to 680 m²/g were obtained.
The xerogel with R/C = 750 exhibited optimal adsorption capacity for three model ROCs: p-nitrophenol, methylene blue, and ibuprofen. Furthermore, electrochemical generation of H₂O₂ within the porous carbon matrix reached concentrations of 5 mg/L. When combined with UV illumination, efficient formation of hydroxyl radicals (•OH) was confirmed, enabling deep oxidation of adsorbed pollutants.
Finally, complete in situ regeneration of saturated carbon monoliths was successfully demonstrated for all three model pollutants, without relying on thermal treatment. This approach preserves the structural integrity of the material and offers significant energy savings.
These results open new perspectives for the development of regenerable carbon-based adsorbents integrated into advanced water treatment technologies
Grant proposal : Eco-Mutual-IT : Étude des pratiques d’entraides mutuelles et des usages numériques pour faciliter la coopération d’initiatives de transitions éco-citoyennes
No full textStrategic Planning in Local Governments: The Case of the Circular Economy in Belgium
No full text11. Sustainable cities and communities12. Responsible consumption and productio
The Role of Nostalgia in VR Experiences of Heritage Brands: The Case of “Eternelle Notre Dame”
No full textpeer reviewedThis research investigates the role of nostalgia in virtual reality (VR) experiences of heritage brands, focusing on the "Eternelle Notre Dame" VR experience. The study examines how VR can evoke nostalgic emotions and enhance the connection between individuals and cultural heritage.
Nostalgia, a powerful emotion rooted in longing for the past, is often associated with heritage brands. VR, with its immersive capabilities, offers a unique opportunity to relive historical moments and evoke nostalgic feelings. The Notre Dame Cathedral, a prominent cultural heritage brand, provides a compelling case study to explore the intersection of VR and nostalgia.
By analyzing interviews with the creators and visitors of the "Eternelle Notre Dame" VR experience, the study aims to understand the mechanisms through which VR triggers nostalgia and the impact of this emotion on the overall user experience. The research will contribute to a deeper understanding of the psychological and emotional effects of VR experiences and its potential to engage audiences with cultural heritage
