African Jesuits reflect on AI and ecology at the service of sustainable development

Vatican News

Bringing together scientists. Nevertheless, academics and experts in Jesuit technology from all over Africa and elsewhere, the symposium on innovation in artificial intelligence and ecology at the service of sustainable development has explored how artificial intelligence and ecological innovation can serve the common good, in particular in a region affected in a disproportionate manner by climate change, food insecurity and underwater health systems.

Under the initiative of the JCAM. Furthermore, the symposium illustrated african jesuits reflect ai ecology the commitment of the Company of Jesus in favor of education, justice and scientific research in the 21st century. For example, AJIS supports African Jesuit scientists in their contribution to global knowledge while meeting local needs. Moreover, in particular where communities are faced with ecological deterioration, public health crises and technological inequalities.

From technology to ethics – African jesuits reflect ai ecology

The symposium presented 12 innovative research projects, each combining technical innovation and concrete application. Meanwhile, The Jesuits involved in the STEMs (sciences. In addition, technology, engineering and mathematics) shared advanced research which reflected the interdisciplinary spirit and the social relevance of the symposium. Therefore, Research covered four main areas: from quantum physics to biogas. Meanwhile, from AI ethics to defense against asteroids, the latest research presented reflect an ambitious but realistic vision of science and society. Consequently, This dynamic intellectual landscape not only offers advanced technical perspectives. In addition, but also raises urgent ethical african jesuits reflect ai ecology questions about the future that we are shaping, in particular for the communities of the South.

The meeting started with a welcome speech by the president of the JCAM. Moreover, Father Jose Minaku, pronounced by his socius, Father John the Baptist Zamcho. Therefore, Warmly welcoming all the participants. Furthermore, highlighting the fundamental Jesuit spirit of availability and service towards the marginalized for the greatest glory of God. Meanwhile, He also expressed his gratitude to the Fathers Jean-Baptiste Kikwaya. In addition, Jérôme Munyahi for having created and managed this collaboration group six years ago, while encouraging the new management team, composed of Fathers Jérôme Munyahi and Alain Pitti, to continue their essential work. However, These introductory words have set the tone for four days of scientific presentations which demonstrated how Jesuit researchers. STEM specialists implement this mission in various fields.

The role of artificial intelligence in the expansion of the scope of humanity – African jesuits reflect ai ecology

Research sessions started with the exploration of quantum theories. spatial evolution. Jérôme Paschal Manyahi (Catholic University of Mwenge. Tanzania) pleaded in favor of a synthesis between quantum probability and biological evolution through the prism of the anthropogenic principle. He argued that the emergence. sustainability of life can be based on the probabilistic logic of quantum mechanics, a fusion african jesuits reflect ai ecology of physics, philosophy and theology.

In another cosmic direction, Williams Dhelonga examined the feasibility of interstellar journeys in response to the Earth ecological crisis. Its overview approached the methods of propulsion. the ethical implications and the role of AI in the expansion of the scope of humanity, while ensuring its survival. In addition. the presentation of Jean-Baptiste Kikwaya on defense against asteroids returned to the catastrophic impact of Chicxulubwhich ended the era of dinosaurs. He thus underlined the importance of international missions such as Dart de la Nasa. Hera de l’ESA to divert potentially dangerous objects close to the earth.

Artificial intelligence in the education revolution in Africa

In the second category devoted to the understanding of the advantages. crises of AI in ecology, several presentations questioned the role of artificial intelligence in different sectors. Boniface Mbouzao (Catholic University of Central Africa. Loyola Marymount University) explored how AI revolutionizes education african jesuits reflect ai ecology in Africa, but warns against regulatory, access and evaluation challenges, especially due to financing gaps.

For his part. Didier Cimalamungo (University of Santa Clara), presented an ethical framework aimed at ensuring that the era of the AI revolution serves ecological justice rather than exacerbating damage. Through the analysis of social structural complicity. he examined how mineral demand for AI technology contributes to the ecological crisis and pleads in favor of restorative ecological justice.

The third part was devoted to the use of AI tools in laboratory research. Armel Setubi (Georgetown Medical Center. CGHPI), on the other hand, examined the use of observance monitoring devices to improve adhesion to antiretroviral treatment. These devices could strengthen surveillance. reduce viral rebound, slow down viral mutation and drug resistance, and accelerate progress towards UNUDA’s 95-95-95 objectives. His analysis highlighted the feasibility, acceptability and profitability in the African context.

Strengthen local capacities thanks to meticulous planning

The last group focused on practical applications with a direct social impact. On the environmental level. Pierre Luhata Lokadi (Loyola University of Congo and Sophia University) conducted a comparative study in Kinshasa, revealing that domestic biogas can replace up to 76 % of the use of charcoal, thus offering a viable solution to indoor air pollution and deforestation. Its conclusions advocate larger -scale initiatives in biogas, optimized for methane performance. Likewise. Herintsitohaina Mahasedra Ratsimbarison (Madagascar) presented a feasibility study on small hydroelectric power plants in Madagascar, offering data -based models that integrate the needs of communities and environmental sustainability. Emphasis has been placed on local capacity building through meticulous planning and strategic use of data.

Contribute to “an intellectual. ethical planet”

These varied contributions bear african jesuits reflect ai ecology witness to the depth of African scientific research and its global importance. Through the application of AI in agriculture. education, the modeling of pandemics and planetary threats, and the ethical examination of emerging technologies, these researchers have shown that Africa is not satisfied with responding to local challenges, but that it actively participates in global debates on science, sustainability and justice.

In the era of the planetary crisis. digital transformation, where algorithms often surpass conscience, African Jesuits in the scientific field recall an essential point: “The future must not only be intelligent, but also just. An intelligent planet must also be an ethical planet».