President Kagame also met with a delegation from the African Materials Research Society (AMRS) and the African Renaissance Institute for Science and Technology (ARIST), led by AMRS Board Chair, Prof Wole Soboyejo. The delegation is in Kigali for the ongoing 12th International Conference of the African Materials Research Society, bringing together over 500 of the world’s top materials scientists, researchers, industrialists, and professors in different fields to build knowledge, promote collaboration and reflect on the needs of the global research community, and the needs that are specific to Africa.
As part of its 2024 Annual Meetings, the African Development Bank held a high-level session with a broad range of representatives from the African scientific community, to discuss the African Renaissance Institute for Science and Technology (ARIST) implementation project, which got a ringing endorsement.
Hendrina Chalwe Doroba, head of the Education and Skills Development Division in the Bank's East Africa region, emphasised the importance of research and innovation in transforming Africa.
During its 2024 Annual Meetings, the African Development Bank (AfDB) held a high-level session with representatives from the African scientific community to discuss the implementation of the African Renaissance Institute for Science and Technology (ARIST). The project received widespread endorsement, emphasizing its potential to transform Africa through research and innovation.
Hendrina Chalwe Doroba, Head of the Education and Skills Development Division for East Africa at the AfDB, highlighted the critical role of science, technology, engineering, and mathematics (STEM) in Africa's development.
Carbon nanocrystals with variants of graphene footprints were deposited on these metallic surfaces using a novel high temperature biowaste treatment process. Superlubricious coefficient of friction of ∼0.003. A coating life of ∼150,000 cycles with reduced wear rates was obtained on Ni and steel substrates.
The results show that moderate pressure improves the interfacial contacts and battery electrochemical performance characteristics with low induced strains in the electrolyte, while high pressure induces large axial and shear strains that can cause failure by yielding or cracking phenomena, in addition to the degradation of electrochemical performance characteristics. The highest room temperature conductivity of 9 × 10−5 Scm−1 was obtained at a stack pressure of 0.26 MPa.
The preferential localization of porphyrins in tumors, as well as their ability to generate reactive singlet oxygen and low dark toxicities has resulted in their use in therapeutic applications such as photodynamic therapy. However, their inherent lack of bio-distribution due to water insolubility has shifted research into porphyrin-nanomaterial conjugated systems to address this challenge.
Carbon nanocrystals with signatures of graphene variants were deposited on bulk metallic substrates to answer the preceding fundamental questions in superlubricity. The process used a carbon source from “Manihot esculenta” biowaste. This low-cost and sustainable approach fulfills the circular economic model - turning waste into usable raw materials. The technique is simple, easy to design, and less expensive than conventional CVD and PVD techniques currently used for carbon-based coatings.
The Responsible Artificial Intelligence (AI) Lab (RAIL) is hosted at the Kwame Nkrumah University of Science and Technology in Ghana. RAIL seeks to be a first step in establishing a sustainable approach to nurturing local talent to engage in multidisciplinary, responsible AI for development research and innovation with a focus on women and that that responds to capacity requirements of the public and private sector.
Composted materials at the end of the experiment showed lower concentrations of available phosphorus and potassium in all the experiments than the initial substrate materials. Experimental trial, Maize cob (1:2) is the most preferred due to the fact that it contained more nitrogen, phosphorus, potassium and also carbon which are essential nutrients for plant growth and for improving on the soil organic matter content.
Disclosed herein is a unique molecular marker in sorghum genome for conferring broad range fungal resistance trait, and the use of the molecular marker to manipulate resistance in sorghum. A disease resistance gene called ANTHRACNOSE RESISTANCE GENE 1 (ARG1) and a negative regulator, i.e. antisense transcripts of ARG1, called CARRIER OF ARG (CARG) for the fungi resistance gene are knocked out within a quantitative trait locus (QTL).
The Sunyani Technical University has stepped up its plans to assemble and produce electric vehicles as part of its medium to long-term plans to contribute toward Ghana’s industrialization agenda.
To this end, students of the Faculty of Engineering of the University have been taken through a day’s training workshop on electric vehicles as part of a series of activities aimed at equipping the students with the requisite knowledge and skills necessary for the realization of the University’s plan.
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