A CRITICAL EXAMINATION OF RELIGIOUS EXTREMISM IN AFRICA AS A MANIFESTATION OF FRANCIS BACON’S IDOLS OF THE MIND

Dr. Ratzinger E. E. Nwobodo (Ph.D), Department of Philosophy Nnamdi Azikiwe University, Awka, Anambra State, Nigeria.

International Journal of Multidisciplinary Research and Bulletin | Page 01 to 19

From time immemorial, human beings have exhibited an inherent drive to believe in something greater than themselves. This fundamental yearning for attachment has given rise to religion. While religious beliefs can have a profoundly transformative effect, the issue with religion, especially in Africa, does not stem from the diversity of beliefs, but from the conviction that one belief system is superior to another. The radical insistence on the supremacy of one’s religion over others leads to religious extremism, where a particular group seeks to assert the dominance of its beliefs, often through violent means. Although religion is fundamentally rooted in belief, which should allow for tolerance of differing perspectives, it has, unfortunately, become a vehicle for exclusionary practices. This is particularly evident in regions such as Africa and Nigeria, where the major religions—Christianity, Islam, and African Traditional Religion—are often expressed in a dogmatic and jingoistic manner. These expressions, fueled by indoctrination and exaggerated piety, frequently defy basic logical principles, resulting in significant loss of life and the erosion of cultural practices. This paper explores the link between religious extremism in Africa, particularly in Nigeria, and Francis Bacon’s concept of the “Idols of the Mind.” Bacon’s idols represent cognitive biases that distort the human mind and hinder the pursuit of true knowledge. In this context, the paper raises several critical questions: What constitutes religious extremism? What are Francis Bacon’s “Idols of Learning”? How does religious extremism in Africa reflect Bacon’s Idols of the Mind? Through a method of descriptive and critical analysis, this paper examines relevant literature, including books, Journals, online articles, internet and archival materials, to investigate these issues. The analysis reveals that, at the core of every religious extremist movement, there is a reflection of Bacon’s idols of the mind, distorting perceptions and preventing genuine understanding.

 

Keywords: Religion, Religion Extremism, Idols of Learning, Africa, Nigeria.

 

The International Court of Justice’s Verdict on the Bakassi People: An Assessment of the Contemporary Challenges of the People since 2002

Dr. Tounaregha Akposeimokumo, Lecturer in the Department of Hisotry and International Studies, University of Africa, Toru Orua, Bayelsa state, Nigeria.

International Journal of Multidisciplinary Research and Bulletin | Page 01 to 16

This paper, entitled ” The International Court of Justice’s verdict and the Bakassi People,” assessed the contemporary challenges facing the people due to the court’s decision. The decision was expected to provide a lasting solution to the conflict between Nigeria and Cameroon over the Bakassi Peninsula. Unfortunately, it did not, but it created more problems, especially for the people of the area. This study used secondary data sources, including online materials, newspaper publications, and other relevant documents. The data were analyzed using content analysis. Hunger and starvation, homelessness, internal displacement, refugee crisis, loss of livelihood, police harassment. It concluded that the International Court of Justice’s verdict that resolved the ownership dispute between Nigeria did not resolve the conflict. It recommends that the United Nations Organization, through its various agencies, ensure the alleviation of the people’s pains.

 

Keywords: Bakassi Peninsula, International Court of Justice (ICJ) Verdict, Nigeria–Cameroon Conflict, Humanitarian Crisis, Internal Displacement.

 

Application and Chemistry of Drilling Fluids: A Review

Abidemi Anthony Sangoremi, Department of Chemistry, Federal University Otuoke, 400 University Boulevard Otuoke, PMB 126, Yenagoa, Bayelsa State, Nigeria.

International Journal of Multidisciplinary Research and Bulletin | Page 01 to 12

Drilling fluids, commonly referred to as drilling muds, are indispensable to safe and efficient oil and gas exploration and production operations. This review examines the applications and underlying chemistry of drilling fluids, with emphasis on their functional roles, compositional diversity, and performance in complex subsurface environments. Drilling fluids are primarily applied to cool and lubricate the drill bit, transport drill cuttings to the surface, maintain wellbore stability, control formation pressures, and minimize formation damage. Depending on operational and geological requirements, drilling fluids are broadly classified into water-based, oil-based, and synthetic-based systems. The chemistry of drilling fluids governs their rheological behavior, filtration control, density, lubricity, and chemical stability under high-pressure and high-temperature conditions. The key chemical components include clays (such as bentonite), polymers, weighting agents, emulsifiers, shale inhibitors, and fluid-loss additives. Interactions between these components and formation minerals significantly influence drilling efficiency and environmental compatibility. Recent advances in drilling fluid chemistry have focused on the development of high-performance polymers, nanomaterials, and environmentally benign additives to enhance thermal stability, reduce toxicity, and improve wellbore integrity. This review also highlights emerging trends such as smart drilling fluids, real-time monitoring, and the integration of chemical design with data-driven optimization techniques. Understanding the application and chemistry of drilling fluids is essential for improving drilling performance, reducing operational risks, and ensuring compliance with increasingly stringent environmental regulations. The insights presented provide a comprehensive foundation for researchers and industry professionals seeking to optimize drilling fluid systems for modern oil and gas operations.

 

Keywords: Drilling fluids, wellbore, emulsifiers, rheological behavior, nanomaterials

 

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